CN112270634A - Information construction supervision service system for municipal engineering - Google Patents
Information construction supervision service system for municipal engineering Download PDFInfo
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- 238000012423 maintenance Methods 0.000 claims abstract description 18
- 238000012545 processing Methods 0.000 claims description 50
- 238000011156 evaluation Methods 0.000 claims description 43
- 238000013500 data storage Methods 0.000 claims description 37
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/063118—Staff planning in a project environment
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- H—ELECTRICITY
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- H—ELECTRICITY
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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- H—ELECTRICITY
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Abstract
The invention discloses an information construction supervision service system for municipal engineering, which comprises an application system of a client, a maintenance module, a configuration module and a cloud computing service center of a server. The invention respectively comprises a reporting subsystem of a construction undertaking unit, a reporting information and video real-time monitoring subsystem for reporting the municipal engineering construction by the construction undertaking unit, a public user monitoring subsystem for monitoring, shooting and recording the real engineering construction information of the construction undertaking unit and a public user monitoring subsystem for monitoring and reporting the abnormal information of the municipal engineering construction by the public user, and information acquisition is carried out through the construction undertaking unit, a monitoring department and the public user, thereby realizing the comprehensive acquisition of the abnormal condition.
Description
Technical Field
The invention relates to the technical field of municipal engineering, in particular to an information construction supervision service system for municipal engineering.
Background
Along with the huge market of municipal works in China, joint supervision of a plurality of departments is involved in the process of building the municipal works, so that the project supervision industry is rapidly developed, project supervision enterprises supervise and manage the construction progress of the municipal works, and abnormal conditions occurring in the construction process are solved, so that the municipal works are guaranteed to be finished according to quality and quantity;
the method comprises the steps that the prior supervision enterprise adopts a long-term or regular mode to go to a construction site for supervision and inspection in the construction process of municipal engineering so as to ensure the smooth completion of the construction of the municipal engineering, when the municipal engineering is abnormal, a construction unit on the site of the construction site reports to a site supervisor, the supervisor asks for an upper level supervision center, the supervision center analyzes abnormal conditions, related departments are organized to carry out conference study and analysis, and study results are sent to the site supervisor again to be processed on site by the site supervisor;
the abnormity processing process needs to report abnormity from bottom to top and then transmits a processing instruction from top to bottom, the whole process is completely transmitted by personnel, the processing time is long, the project progress is greatly delayed, the part of monitoring and reporting by public users is lacked, the abnormity monitoring only depends on a construction unit and field supervision personnel, the abnormity monitoring is not comprehensive, the information is not transparently disclosed to the public in the abnormity processing process, the public users are difficult to master the abnormal processing condition of municipal works, and the life trouble is brought to the public users.
Disclosure of Invention
The invention aims to provide an information construction supervision service system for municipal engineering, which aims to solve the technical problems that in the prior art, the processing time is long due to the fact that the exception handling process depends on personnel transmission, the participation of public users is lacked, and the comprehensive exception condition is difficult to master.
In order to solve the technical problems, the invention specifically provides the following technical scheme:
an information construction supervision service system for municipal engineering comprises an application system of a client, a maintenance module, a configuration module and a cloud computing service center of a server;
the application system is used for logging in and accessing a user, sending a service request instruction to the maintenance module, the configuration module and the cloud computing service center according to an operation instruction of the user, and receiving service results from the maintenance module, the configuration module and the cloud computing service center;
the maintenance module is used for monitoring and maintaining the data security of the application system and the cloud computing service center and giving an alarm when the abnormity is found;
the configuration module is used for providing hardware and software which are necessary for operation for an application system and a cloud computing service center;
the cloud computing service center generates data for the application system to be stored and processed.
As a preferable scheme of the present invention, the application system includes a municipal engineering supervision module and a municipal engineering supervision assistance module, and the municipal engineering supervision module includes:
the engineering data acquisition submodule is used for recording the reporting and backup information and the actual construction information of municipal engineering construction and uploading the reporting and backup information and the actual construction information to the cloud computing service center;
the supervision center acceptance submodule is used for receiving an operation instruction from the cloud computing service center and sending an office instruction to the cooperative office submodule;
the cooperative office submodule is used for receiving office instructions from the supervision center acceptance submodule, integrating office parts related to the office instructions for information synchronization and cooperative office, and relevant office departments utilize the supervision personnel dispatching submodule to implement the office instructions of task information, personnel dispatching and handling records;
the supervision personnel dispatching submodule is used for integrating the information of the supervision personnel and the information of the service data by an office department, dispatching corresponding supervision personnel to a post for supervision and processing of abnormal information, recording the processing process and the processing result of the municipal engineering with the abnormal information and feeding the recorded processing result back to the engineering construction evaluation submodule;
and the engineering construction evaluation submodule is used for comprehensively evaluating the current municipal engineering based on feedback information of the supervision personnel for municipal engineering exception handling, generating an evaluation result and uploading the evaluation result to the cloud computing service center.
As a preferred scheme of the invention, the municipal engineering supervision auxiliary module comprises:
the information display submodule is used for issuing municipal engineering exception handling related information to public users in real time and mainly issuing problem handling state and result information;
and the positioning management sub-module has the functions of address description, address query and address matching and provides geographic positioning service for the engineering data acquisition sub-module, the supervision center acceptance sub-module, the cooperative office sub-module, the supervisor dispatching sub-module and the engineering construction evaluation sub-module.
As a preferred scheme of the present invention, the engineering data acquisition sub-module includes:
the acceptance unit reporting subsystem is used for reporting and preparing reporting information of municipal engineering construction by the acceptance unit;
the video real-time monitoring subsystem is used for monitoring, shooting and recording the real engineering construction information of the construction undertaking unit;
and the public user supervision subsystem is used for supervising and reporting abnormal information of municipal engineering construction by public users.
As a preferred scheme of the present invention, the cloud computing service center includes a data storage module, a data analysis module, and an instruction generation module;
the data storage module is used for storing data information generated by the municipal engineering supervision module and providing functions of increasing, deleting, modifying and checking;
the data analysis module is used for carrying out operation analysis on the data in the data storage module and feeding back an analysis result to the instruction generation module;
the instruction generation module is used for generating a control instruction according to the analysis result from the data analysis module and outputting the control instruction to the municipal engineering supervision module and the municipal engineering supervision auxiliary module.
As a preferred aspect of the present invention, the data storage module includes:
the engineering data storage unit is used for storing engineering data information generated by the engineering data acquisition submodule, and specifically comprises the following steps:
a1: the acceptance unit in the acceptance unit acceptance subsystem submits the acceptance information of the municipal engineering construction;
a2: real engineering construction information of a construction undertaking unit is recorded by monitoring shooting in a video real-time monitoring subsystem;
a3: the public users in the public user supervision subsystem supervise and report abnormal information of municipal engineering construction;
the office data storage unit is used for storing office data information of office departments and monitoring personnel;
and the evaluation result storage unit is used for storing the evaluation result information generated by the engineering construction evaluation submodule.
As a preferable aspect of the present invention, the data analysis module includes:
the engineering data analysis unit is used for analyzing the engineering data information stored by the engineering data storage unit and obtaining the current progress state information of the municipal engineering, and the concrete analysis is as follows:
b1: the A1 and A2 data information in the engineering data storage unit are consistent, and A3 has no data information, so that the current progress condition of the obtained municipal engineering is good;
b2: if the A1 and A2 data information in the engineering data storage unit do not accord with each other or the A3 has data information, the obtained current progress condition of the municipal engineering is abnormal;
the supervisor matching unit is used for analyzing the office data information stored in the office data storage unit and matching the most suitable supervisor according to the progress state information of municipal works to process, and the specific analysis is as follows:
c1: when the municipal engineering progress condition is B1, no matching supervisor is needed for processing;
c2: when the municipal engineering progress condition is B2, according to the content of the abnormal information in B2, the on-site supervision personnel without tasks in the related supervision departments closest to the on-site supervision personnel are matched for rapid on-site processing;
the assessment result analysis unit is used for analyzing the assessment result information stored by the assessment result storage unit and acquiring the municipal engineering abnormal processing progress state information, and specifically comprises the following steps:
d1: when the evaluation result information is recovered, displaying the municipal engineering abnormal processing progress state information to be completed;
d2: and when the evaluation result information is not recovered, displaying the municipal engineering abnormal processing progress state information which is not completed.
As a preferred aspect of the present invention, the instruction generating module includes:
the supervision center instruction unit generates a corresponding control instruction according to the current progress state information of the municipal engineering obtained by the engineering data analysis unit, and specifically comprises the following steps:
the current progress state information of the municipal engineering is B2, and an exception handling instruction is generated to a supervision center acceptance submodule;
the information display instruction unit sends a display instruction to the information display submodule according to the municipal engineering exception handling progress state information and sends the exception handling time, process and result to the hands of public users;
and the positioning management instruction unit is used for generating an instruction for controlling the positioning management submodule to provide positioning service for the engineering data acquisition submodule, the supervision center acceptance submodule, the cooperative office submodule, the supervisor dispatching submodule and the engineering construction evaluation submodule.
As a preferable aspect of the present invention, the maintenance module includes:
the log counting unit is used for providing record counting of system access authorization, login time, exit time, use duration and operation content;
the authority management unit is used for restricting the access of the functions and modules of the users accessing the system according to roles;
and the data backup unit is used for carrying out regular, real-time or manual backup on the data information of the system.
As a preferred scheme of the present invention, the configuration module includes a plurality of servers and a computing host constituting a cloud computing service center, a client terminal for application system installation, and software and hardware interfaces for data transmission between the client terminal and the plurality of servers and the computing host.
Compared with the prior art, the invention has the following beneficial effects:
(1) the invention is characterized in that an engineering data acquisition submodule for monitoring the progress condition of municipal engineering respectively comprises a reporting subsystem of a undertaking unit, a reporting information and video real-time monitoring subsystem for reporting the municipal engineering construction by the undertaking unit, a public user monitoring subsystem for monitoring, shooting and recording the real engineering construction information of the undertaking unit, and a public user monitoring subsystem for monitoring and reporting the abnormal information of the municipal engineering construction by public users, and information acquisition is carried out through three aspects of the undertaking unit, a monitoring department and the public users, so that the comprehensive abnormal condition acquisition is realized;
(2) according to the invention, the distributed cloud computing service center is used for directly transmitting the instruction to the supervision center acceptance submodule according to the abnormal information, and then the supervision center acceptance submodule processes the abnormal condition on site according to the supervision personnel to be analyzed by the supervision personnel matching unit of the cloud computing service center, so that the participation and transmission part of personnel is reduced, the efficiency of abnormal processing is effectively improved, the cloud computing service center has the advantages of expandable storage capacity and operand, the storage and operation capacity of the system can be increased simply by adding a PC (personal computer), and the efficiency of abnormal processing is further improved;
(3) the municipal engineering abnormity processing progress information publishing sub-module is additionally arranged, municipal engineering abnormity processing related information is published to public users in real time, problem processing state and result information are mainly published, the public users can arrange themselves according to the municipal engineering abnormity conditions, and the degree of influencing the public users is reduced to the minimum.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.
Fig. 1 is a block diagram of a service system according to an embodiment of the present invention;
fig. 2 is a block diagram of a sub-module structure for collecting engineering data according to an embodiment of the present invention.
The reference numerals in the drawings denote the following, respectively:
1-application system; 2-maintenance module; 3-configuring a module; 4-a cloud computing service center;
101-municipal engineering supervision module; 102-municipal engineering supervision assistance module;
1011-engineering data acquisition submodule; 1012-supervision center acceptance submodule; 1013-collaborative office submodule; 1014-a supervisor dispatch submodule; 1015-engineering construction evaluation submodule;
1011A-reporting subsystem of the construction unit; 1011B-video real-time monitoring subsystem; 1011C-public user supervision subsystem;
1021-an information disclosure sub-module; 1022-a location management submodule;
201-log statistics unit; 202-a rights management unit; 203-data backup unit;
401-a data storage module; 402-a data analysis module; 403-an instruction generation module;
4011-an engineering data storage unit; 4012-office data storage unit; 4013 — evaluation result storage unit;
4021-engineering data analysis unit; 4022-supervisor matching unit; 4023 — evaluation result analysis unit;
4031-supervision centre instruction unit; 4032-information disclosure instruction unit; 4033-location management instruction unit.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the 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.
Example 1:
as shown in fig. 1 and 2, the invention provides an information construction supervision service system for municipal engineering, which comprises an application system 1 at a client, a maintenance module 2, a configuration module 3 and a cloud computing service center 4 at a server;
the application system 1 is used for a user to log in and access, and sends a service request instruction to the maintenance module 2, the configuration module 3 and the cloud computing service center 4 according to an operation instruction of the user, and receives service results from the maintenance module 2, the configuration module 3 and the cloud computing service center 4;
the maintenance module 2 is used for monitoring and maintaining the data security of the application system 1 and the cloud computing service center 4, and giving an alarm when an abnormality is found;
the configuration module 3 is used for providing hardware and software necessary for operation for the application system 1 and the cloud computing service center 4;
the cloud computing service center 4 generates data for the application system 1 to store and process.
The cloud computing service center 4 serves as a deployed municipal engineering management software and hardware integration center, provides business application support and data service support for city management departments at all levels, realizes interactive sharing of data, meanwhile, keeps interconnection and intercommunication with clouds of other industries, supports sharing and exchange of data, and facilitates other industries to know municipal engineering progress states synchronously.
The application system 1 comprises a municipal engineering supervision module 101 and a municipal engineering supervision auxiliary module 102, wherein the municipal engineering supervision module 101 comprises:
the engineering data acquisition submodule 1011 is used for recording the reporting and backup information and the actual construction information of the municipal engineering construction and uploading the reporting and backup information and the actual construction information to the cloud computing service center 4;
the supervision center accepting sub-module 1012 is used for receiving the operation instruction from the cloud computing service center 4 and sending an office instruction to the cooperative office sub-module 1013;
the operation instruction received by the supervision center acceptance sub-module 1012 is mainly to make the supervision center acceptance sub-module 1012 enter an exception handling working state.
The cooperative office submodule 1013 is used for receiving office instructions from the supervision center acceptance submodule 1012, and coordinating and synchronizing information of office parts related to the office instructions, and related office departments utilize the supervision personnel dispatching submodule to implement office instructions of task information, personnel dispatching and handling records;
the supervisor dispatching submodule 1014 integrates the supervisor information and the service data information, dispatches corresponding supervisors to the posts to supervise and process abnormal information, records the processing process and the processing result of the municipal engineering with the abnormal information, and feeds the recorded processing result back to the engineering construction evaluation submodule 1015;
and the engineering construction evaluation submodule 1015 is used for comprehensively evaluating the current municipal engineering based on the feedback information of the supervision personnel on the municipal engineering exception handling, generating an evaluation result and uploading the evaluation result to the cloud computing service center 4.
Municipal engineering supervision assistance module 102 includes:
the information publicity submodule 1021 is used for publishing municipal engineering exception handling related information to public users in real time and mainly publishing problem handling state and result information;
the positioning management submodule 1022 has the functions of address description, address query and address matching, and provides geographic positioning service for the engineering data acquisition submodule 1011, the supervision center acceptance submodule 1012, the cooperative office submodule 1013, the supervisor dispatching submodule 1014 and the engineering construction evaluation submodule 1015;
the method is used for positioning the specific position information of the municipal engineering with the abnormal condition, and is convenient for the cloud computing service center 4 to send an abnormal instruction to the supervision center accepting sub-module 1012 to which the municipal engineering with the abnormal condition belongs, then positions the on-duty positions of the supervisors of all departments in the cooperative office sub-module 1013, the supervisors dispatching sub-module 1014 is used for carrying out on-site processing on the supervisors closest to the municipal engineering with the abnormal condition, and the processed result is uploaded to the engineering construction evaluation sub-module 1015 to match the specific position information of the municipal engineering with the abnormal condition to the cloud computing service center 4, so that the accurate positioning of the abnormal condition is achieved.
The engineering data acquisition sub-module 1011 includes:
the reporting subsystem 1011A of the undertaking organization is used for reporting and preparing reporting information of municipal engineering construction by the undertaking organization;
the video real-time monitoring subsystem 1011B is used for monitoring, shooting and recording the real engineering construction information of the construction undertaking unit;
the video real-time monitoring subsystem 1011B adopts a monitoring camera arranged on the municipal engineering construction site to carry out real-time shooting;
and the public user supervision subsystem 1011C is used for supervising and reporting abnormal information of municipal engineering construction by public users, and specifically is used for carrying out information message leaving in the system by public users.
The cloud computing service center 4 comprises a data storage module 401, a data analysis module 402 and an instruction generation module 403;
the data storage module 401 is used for storing data information generated by the municipal engineering supervision module 101 and providing functions of increasing, deleting, modifying and checking;
the data analysis module 402 is configured to perform operation analysis on the data in the data storage module 401, and feed back an analysis result to the instruction generation module 403;
the instruction generating module 403 is configured to generate a control instruction according to the analysis result from the data analyzing module 402, and output the control instruction to the municipal engineering supervision module 101 and the municipal engineering supervision auxiliary module 102.
The data storage module 401 includes:
the engineering data storage unit 4011 is configured to store engineering data information generated by the engineering data acquisition submodule 1011, and specifically includes:
a1: the construction unit in the construction unit reporting subsystem 1011A reports the reporting information of the municipal engineering construction;
a2: real engineering construction information of a construction undertaking unit is recorded by monitoring shooting in the video real-time monitoring subsystem 1011B;
a3: the public user in the public user supervision subsystem 1011C supervises and reports abnormal information of municipal engineering construction;
an office data storage unit 4012, configured to store office data information of office departments and supervisors;
and the evaluation result storage unit 4013 is configured to store evaluation result information generated by the engineering construction evaluation submodule 1015.
The data analysis module 402 includes:
the engineering data analysis unit 4021 is configured to analyze the engineering data information stored in the engineering data storage unit 4011, and obtain current progress state information of the municipal engineering, where the specific analysis is as follows:
b1: the data information of A1 and A2 in the project data storage unit 4011 is consistent, and A3 has no data information, so that the current progress condition of the obtained municipal works is good;
b2: if the data information A1 and A2 in the project data storage unit 4011 do not accord with each other or the data information A3 has data information, the obtained current progress condition of the municipal works is abnormal;
the supervisor matching unit 4022 is configured to analyze office data information stored in the office data storage unit 4012, and match the most suitable supervisor according to the progress status information of the municipal engineering, and specifically analyze that:
c1: when the municipal engineering progress condition is B1, no matching supervisor is needed for processing;
c2: when the municipal engineering progress condition is B2, according to the content of the abnormal information in B2, the on-site supervision personnel without tasks in the related supervision departments closest to the on-site supervision personnel are matched for rapid on-site processing;
the evaluation result analysis unit 4023 is configured to analyze the evaluation result information stored in the evaluation result storage unit 4013, and obtain information on the state of the municipal engineering exception handling progress, specifically:
d1: when the evaluation result information is recovered, displaying the municipal engineering abnormal processing progress state information to be completed;
d2: and when the evaluation result information is not recovered, displaying the municipal engineering abnormal processing progress state information which is not completed.
The instruction generation module 403 includes:
the supervision center instruction unit 4031 generates a corresponding control instruction according to the current progress state information of the municipal engineering obtained by the engineering data analysis unit 4021, and specifically includes:
the current progress state information of the municipal engineering is B2, and an exception handling instruction is generated to a supervision center acceptance submodule 1012;
the information disclosing instruction unit 4032 sends a disclosing instruction to the information disclosing submodule 1021 according to the municipal engineering abnormal processing progress state information to send the time, the process and the result of the abnormal processing to the hands of public users;
the positioning management instruction unit 4033 generates an instruction for controlling the positioning management submodule 1022 to provide positioning service to the engineering data acquisition submodule 1011, the supervision center acceptance submodule 1012, the cooperative office submodule 1013, the supervisor dispatching submodule 1014 and the engineering construction evaluation submodule 1015.
The maintenance module 2 includes:
a log statistic unit 201, configured to provide record statistics on system access authorization, login time, exit time, usage duration, and operation content;
the authority management unit 202 is used for restricting the access of functions and modules of the users accessing the system according to roles;
the supervisory users have the highest access rights, have the right to have instructional operations on the various modules,
the public user only has the authority of message reporting and public information inquiry,
the undertaking organization has the authority of uploading the report information, the operation instruction and the public information inquiry,
the data backup unit 203 performs regular, real-time or manual backup on the data information of the system.
The configuration module 3 comprises a plurality of servers and operation hosts which form the cloud computing service center 4, a client terminal for installing the application system 1, and software and hardware interfaces for data transmission between the client terminal and the servers and the operation hosts.
Example 2:
the specific mode of configuring the service system of the invention in city and county areas is as follows:
the users of the service system are located in city and county areas with municipal works built, and can study the access system according to the respective conditions to complete supervision of the municipal works in the city and county areas;
the method comprises the steps that firstly, a supervision department is required to uniformly investigate municipal works under construction in city and county areas, uniformly install a monitoring camera at the municipal works under construction, calculate and analyze quantity information of the municipal works under construction, configure servers and computing host resources of a cloud computing service center 4 capable of processing the full quantity of the municipal works under construction, and upload detailed information of the municipal works under construction to an engineering data storage unit 4011 of the cloud computing service center 4;
a client terminal such as a computer and a smart phone provided with the application system 1 is configured in a supervision department, and a data exchange device such as WiFi transmission, Internet transmission and the like is arranged between the client terminal and a server and a computer host of the cloud computing service center 4;
the application system 1 is specifically presented in a website form, jumps out of a webpage of the application system 1 after a website is input on the internet, can log in, and obtains corresponding operation permission according to identity information of login personnel;
the servers and the computing hosts of the cloud computing service center 4 are loaded in a configuration mode, the system can meet the requirement of future expansion, the system is internally fused and compatible, and external support expansion is realized;
in a lower administrative region of a city, county and district, the application system 1 can be directly accessed to a client terminal, then the application system 1 is accessed to a cloud computing service center 4 in the city, county and district, the cloud computing service center 4 starts access authority for the application system, and when the cloud computing service center 4 is overloaded, extra servers and computing hosts are accessed to expand computing and storage resources.
Based on the structure of the service system, the invention provides a supervision exception handling method, which comprises the following steps:
the P1 and the engineering data acquisition submodule 1011 acquire reporting and backup information of reporting and backup municipal engineering construction by the undertaking organization, real engineering construction information of the undertaking organization and abnormal information of supervising and reporting the municipal engineering construction by public users, and upload the information to the cloud computing service center 4 and the maintenance module 2 for backup;
the P2 and the cloud computing service center 4 engineering data storage unit 4011 receive information uploaded by the engineering data acquisition submodule 1011, and the engineering data analysis unit 4021 judges whether municipal engineering is abnormal or not according to the information in the engineering data storage unit 4011 and determines the abnormal type;
the P3 is that according to the abnormal type generated in the P2 and the position of the civil engineering under construction, the supervisor matching unit 4022 analyzes the office data information stored in the office data storage unit 4012 and matches the most suitable supervisor according to the progress state information of the municipal engineering;
the P4 and the cloud computing service center 4 send detailed information of abnormal conditions and most appropriate supervisor information to the supervision center acceptance module, the supervision center acceptance module carries out information synchronization and cooperative office work according to the detailed information of the abnormal conditions and the most appropriate supervisor information by overall planning office parts related to the office instructions, and related office departments utilize supervisor dispatching sub-modules to implement office instructions of task information, personnel dispatching and record handling;
p5, the supervisor supervises and processes the abnormal information when arriving at the post, records the processing process and the processing result of the municipal engineering with the abnormal information and feeds the recorded processing result back to the engineering construction evaluation submodule 1015, comprehensively evaluates the current municipal engineering based on the feedback information of the supervisor on the abnormal processing of the municipal engineering, generates an evaluation result and uploads the evaluation result to the cloud computing service center 4;
and the P6 and an information disclosure instruction unit 4032 in the cloud computing service center 4 send an instruction to an information disclosure submodule 1021 according to the municipal engineering exception handling progress state information to send the time, process and result of exception handling to the hands of the public user.
The engineering data acquisition submodule 1011 for monitoring the progress condition of the municipal engineering respectively comprises a reporting subsystem 1011A of a construction undertaking unit, a reporting information and video real-time monitoring subsystem 1011B for reporting the municipal engineering construction by the construction undertaking unit, a monitoring and shooting subsystem 1011C for monitoring, shooting and recording the real engineering construction information of the construction undertaking unit, a public user monitoring subsystem 1011C for monitoring and shooting abnormal information for monitoring and reporting the municipal engineering construction by public users, and information acquisition is carried out through the construction undertaking unit, a monitoring department and the public users, so that the comprehensive abnormal condition acquisition is realized;
according to the invention, the distributed cloud computing service center 4 is used for directly transmitting instructions to the supervision center acceptance submodule 1012 according to the abnormal information, and then the supervision center acceptance submodule 1012 processes the abnormal situation on site according to the situation that the supervision personnel analyzed by the supervision personnel matching unit 4022 of the cloud computing service center 4, so that the participation and transmission part of the personnel is reduced, the efficiency of abnormal processing is effectively improved, the cloud computing service center 4 has the advantages of expandable storage capacity and operand, the storage and operation capacity of the system can be increased simply by increasing a PC (personal computer), and the efficiency of abnormal processing is further improved;
the municipal works abnormal processing progress information publicizing submodule 1021 is additionally arranged, municipal works abnormal processing related information is published to public users in real time, problem processing state and result information are mainly published, the public users can arrange themselves according to the municipal works abnormal conditions, and the degree of influencing the public users is reduced to the minimum.
The above embodiments are only exemplary embodiments of the present application, and are not intended to limit the present application, and the protection scope of the present application is defined by the claims. Various modifications and equivalents may be made by those skilled in the art within the spirit and scope of the present application and such modifications and equivalents should also be considered to be within the scope of the present application.
Claims (10)
1. The utility model provides an information construction service system of managing for municipal works which characterized in that: the system comprises an application system (1) comprising a client, a maintenance module (2), a configuration module (3) and a cloud computing service center (4) of a server;
the application system (1) is used for logging in and accessing a user, sending a service request instruction to the maintenance module (2), the configuration module (3) and the cloud computing service center (4) according to an operation instruction of the user, and receiving service results from the maintenance module (2), the configuration module (3) and the cloud computing service center (4);
the maintenance module (2) is used for monitoring and maintaining the data security of the application system (1) and the cloud computing service center (4), and giving an alarm when the abnormality is found;
the configuration module (3) is used for providing hardware and software which are necessary for operation for the application system (1) and the cloud computing service center (4);
the cloud computing service center (4) generates data for the application system (1) to be stored and processed.
2. The information construction supervision service system for municipal engineering according to claim 1, characterized in that: the application system (1) comprises a municipal engineering supervision module (101) and a municipal engineering supervision auxiliary module (102), wherein the municipal engineering supervision module (101) comprises:
the engineering data acquisition submodule (1011) is used for recording the report information and the actual construction information of municipal engineering construction and uploading the report information and the actual construction information to the cloud computing service center (4);
the supervision center accepting sub-module (1012) is used for receiving an operation instruction from the cloud computing service center (4) and sending an office instruction to the cooperative office sub-module (1013);
the cooperative office submodule (1013) is used for receiving office instructions from the supervision center acceptance submodule (1012), integrating office parts related to the office instructions for information synchronization and cooperative office, and realizing the office instructions of task information, personnel dispatching and record handling by using the supervision personnel dispatching submodule by related office departments;
the supervision personnel dispatching submodule (1014) integrates the supervision personnel information and the service data information, corresponding supervision personnel are dispatched to the post to supervise and process abnormal information, and the processing process and the processing result of the municipal engineering with the abnormal information are recorded and fed back to the engineering construction evaluation submodule (1015);
and the engineering construction evaluation submodule (1015) is used for comprehensively evaluating the current municipal engineering based on the feedback information of the supervision personnel on the municipal engineering exception handling, generating an evaluation result and uploading the evaluation result to the cloud computing service center (4).
3. The information construction supervision service system for municipal engineering according to claim 2, characterized in that: the municipal engineering supervision assistance module (102) comprises:
the information publicity submodule (1021) is used for publishing municipal engineering exception handling related information to public users in real time and mainly publishing problem handling state and result information;
and the positioning management sub-module (1022) has the functions of address description, address query and address matching, and provides geographic positioning service for the engineering data acquisition sub-module (1011), the supervision center acceptance sub-module (1012), the cooperative working sub-module (1013), the supervisor dispatching sub-module (1014) and the engineering construction evaluation sub-module (1015).
4. The information construction supervision service system for municipal engineering according to claim 3, characterized in that: the engineering data acquisition submodule (1011) comprises:
the acceptance unit reporting subsystem (1011A) is used for reporting and preparing reporting information of municipal engineering construction by the acceptance unit;
the video real-time monitoring subsystem (1011B) is used for monitoring, shooting and recording the real engineering construction information of the construction unit;
and the public user supervision subsystem (1011C) is used for supervising and reporting the abnormal information of municipal engineering construction by the public user.
5. The information construction supervision service system for municipal engineering according to claim 4, wherein: the cloud computing service center (4) comprises a data storage module (401), a data analysis module (402) and an instruction generation module (403);
the data storage module (401) is used for storing data information generated by the municipal engineering supervision module (101) and providing functions of increasing, deleting, modifying and checking;
the data analysis module (402) is used for carrying out operation analysis on the data in the data storage module (401) and feeding back an analysis result to the instruction generation module (403);
the instruction generation module (403) is used for generating a control instruction according to the analysis result from the data analysis module (402) and outputting the control instruction to the municipal engineering supervision module (101) and the municipal engineering supervision auxiliary module (102).
6. The information construction supervision service system for municipal engineering according to claim 5, wherein: the data storage module (401) comprises:
the engineering data storage unit (4011) is used for storing engineering data information generated by the engineering data acquisition submodule (1011), and specifically comprises:
a1: the acceptance unit in the acceptance unit acceptance subsystem (1011A) accepts the acceptance information of the municipal engineering construction;
a2: real engineering construction information of a construction undertaking unit is recorded by monitoring shooting in a video real-time monitoring subsystem (1011B);
a3: the public user in the public user supervision subsystem (1011C) supervises and reports abnormal information of municipal engineering construction;
an office data storage unit (4012) for storing office data information of office departments and supervisors;
and the evaluation result storage unit (4013) is used for storing the evaluation result information generated by the engineering construction evaluation submodule (1015).
7. The information construction supervision service system for municipal engineering according to claim 6, wherein: the data analysis module (402) comprises:
the engineering data analysis unit (4021) is used for analyzing the engineering data information stored by the engineering data storage unit (4011) and obtaining the current progress state information of the municipal engineering, and the specific analysis is as follows:
b1: the A1 and A2 data information in the engineering data storage unit (4011) are consistent, and A3 has no data information, so that the current progress condition of the obtained municipal engineering is good;
b2: if the A1 and A2 data information in the engineering data storage unit (4011) do not accord with each other or the A3 has data information, the obtained current progress condition of the municipal engineering is abnormal;
the supervisor matching unit (4022) is used for analyzing the office data information stored by the office data storage unit (4012), and matching the most suitable supervisor according to the progress state information of the municipal engineering for processing, and the specific analysis is as follows:
c1: when the municipal engineering progress condition is B1, no matching supervisor is needed for processing;
c2: when the municipal engineering progress condition is B2, according to the content of the abnormal information in B2, the on-site supervision personnel without tasks in the related supervision departments closest to the on-site supervision personnel are matched for rapid on-site processing;
the assessment result analysis unit (4023) is used for analyzing the assessment result information stored by the assessment result storage unit (4013) and acquiring the municipal engineering abnormity processing progress state information, and specifically comprises the following steps:
d1: when the evaluation result information is recovered, displaying the municipal engineering abnormal processing progress state information to be completed;
d2: and when the evaluation result information is not recovered, displaying the municipal engineering abnormal processing progress state information which is not completed.
8. The information construction supervision service system for municipal engineering according to claim 7, wherein the instruction generation module (403) comprises:
the supervision center instruction unit (4031) generates a corresponding control instruction according to the current progress state information of the municipal engineering obtained by the engineering data analysis unit (4021), and specifically comprises the following steps:
the current progress state information of the municipal engineering is B2, and an exception handling instruction is generated to a supervision center acceptance submodule (1012);
the information publicity instruction unit (4032) sends a publicity instruction to the information publicity submodule (1021) according to the municipal engineering abnormal processing progress state information to send the time, process and result of the abnormal processing to the hands of the public user;
and the positioning management instruction unit (4033) is used for generating an instruction for controlling the positioning management submodule (1022) to provide positioning service for the engineering data acquisition submodule (1011), the supervision center acceptance submodule (1012), the cooperative office submodule (1013), the supervisor dispatching submodule (1014) and the engineering construction evaluation submodule (1015).
9. The information construction supervision service system for municipal engineering according to claim 1, characterized in that: the maintenance module (2) comprises:
the log counting unit (201) is used for providing record counting of system access authorization, login time, exit time, use duration and operation content;
a right management unit (202) for restricting the access of the function and module to the user accessing the system according to the role;
and the data backup unit (203) is used for carrying out regular, real-time or manual backup on the data information of the system.
10. The information construction supervision service system for municipal engineering according to claim 1, wherein: the configuration module (3) comprises a plurality of servers and operation hosts which form a cloud computing service center (4), a client terminal used for installing the application system (1), and software and hardware interfaces used for data transmission between the client terminal and the servers and the operation hosts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011161053.3A CN112270634A (en) | 2020-10-27 | 2020-10-27 | Information construction supervision service system for municipal engineering |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011161053.3A CN112270634A (en) | 2020-10-27 | 2020-10-27 | Information construction supervision service system for municipal engineering |
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| CN112270634A true CN112270634A (en) | 2021-01-26 |
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| CN202011161053.3A Withdrawn CN112270634A (en) | 2020-10-27 | 2020-10-27 | Information construction supervision service system for municipal engineering |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112949985A (en) * | 2021-02-01 | 2021-06-11 | 南方电网能源发展研究院有限责任公司 | Power grid engineering supervision method and device based on block chain and computer equipment |
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2020
- 2020-10-27 CN CN202011161053.3A patent/CN112270634A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112949985A (en) * | 2021-02-01 | 2021-06-11 | 南方电网能源发展研究院有限责任公司 | Power grid engineering supervision method and device based on block chain and computer equipment |
| CN112949985B (en) * | 2021-02-01 | 2023-08-11 | 南方电网能源发展研究院有限责任公司 | Power grid engineering supervision method and device based on block chain and computer equipment |
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Application publication date: 20210126 |