CN113807660A - High-standard farmland construction information management system - Google Patents
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Abstract
The invention belongs to the technical field of farmland information management, and particularly relates to a high-standard farmland construction information management system. The system finishes information collection, investigation, data input and detection, data transcoding analysis, engineering project grouping and management and communication and intercommunication among all levels of user groups of farmland construction through a data acquisition module, a data self-checking module, a data processing center, a user management module, an engineering management module and an affair notification module, can effectively integrate and centralize management of fragmented information, can implement synchronization of data uploaded by all user groups, keeps the coordination of engineering data of all parties in the whole construction process consistent, greatly avoids the phenomena of rework, delay of construction period and the like caused by inconsistent information, can well store various data indexes in the farmland construction process, can quickly trace back original data when reference query is needed in the construction process or after the construction is finished, greatly reduces labor cost, saves workload and improves working efficiency, the information modernization of farmland management is promoted.
Description
Technical Field
The invention belongs to the technical field of farmland information management, and particularly relates to a high-standard farmland construction information management system.
Background
At present, high-standard farmlands are developed in many places of China, but at present, the high-standard farmland construction still mainly depends on manpower, the informatization management degree is not high, and most of the few farmland construction project research and development systems aim at project achievements and supervision and management directions and do not aim at the problems of disorder of information and fragmentation of all projects in the high-standard farmland construction process. And the departments that farmland construction participated in are more, and all kinds of information mainly rely on artifical transmission, and the information transfer is untimely, incomplete, harmony is poor between each department, leads to the farmland construction with high costs, and the wasting of resources is serious, and farmland construction information sharing, inquiry and historical data trace back efficiency are extremely low, seriously influence the quality of farmland construction system.
Disclosure of Invention
Aiming at the defects and problems of disorder of information and fragmentation of each project in the current farmland construction process, the invention provides a high-standard farmland construction information management system which can realize data interaction functions such as data entry, data uploading, data tracking and the like in each stage in the high-standard farmland construction process.
The technical scheme adopted by the invention for solving the technical problems is as follows: a high-standard farmland construction information management system comprises a data acquisition module, a data self-checking module, a data processing center, a user management module, an engineering management module and an affair notification module.
The data acquisition module is used for collecting the geomorphic information of the location of the project, carrying out on-site investigation on the location of the project according to the collection condition, inputting the collected and on-site investigated data into the database, and simultaneously recording the requirements of each project party of the farmland construction.
The data self-checking module is used for carrying out preliminary detection and manual confirmation on data recorded into the database.
The data processing center is used for transcoding and analyzing the data in the database and converting the data into a readable display form, and is also used for converting the input data into a format stored in the database.
The user management module is used for setting account passwords and management authorities of all departments or user groups.
The project management module is used for dividing projects according to the high-standard farmland construction stage, and dividing the projects into project roads, project motor-pumped wells, project transformers, project drainage ditches, project bridges, project culverts, project woods and project field blocks; and dividing each construction project into four stages of a survey preparation stage, a design stage, a bid inviting construction and acceptance stage and an operation stage, and further completing the operations of adding, modifying, deleting, inquiring and uploading data of each project in each stage.
The affair notification module is used for reporting the questionable data uploaded by each management department to a data provider, namely, exchanging and verifying the correctness and accuracy of the project data; and after receiving the information, the data provider confirms the uploaded data and replies the final result to a management department or a user group submitting a question report.
In the high-standard farmland construction information management system, the data acquisition module comprises a basic information collection management unit, an investigation information collection management unit and a demand information input management unit, wherein the basic information collection management unit is used for searching the geographical position, the basic landform and the previous year climate condition of the region where the key information collection project is located through the internet; the investigation information collection management unit is used for acquiring on-site coordinate positioning, underground water level, soil condition, temperature and humidity and crop varieties through a network or external equipment according to on-site investigation results; and the demand information input management unit is used for recording the demands of each project side of the farmland construction.
In the high-standard farmland construction information management system, the data self-checking module comprises a system analysis data management unit and a manual detection management unit, wherein the system analysis data management unit is used for carrying out primary detection on the acquired data, judging whether the data meets the input standard or not and prompting the data which does not meet the standard; the manual detection management unit is used for manually confirming whether the input data are correct or not, and clicking an upload button to upload the data to the database after the confirmation is finished, so that the inquiry and the later-stage tracing of other department personnel are facilitated.
In the high-standard farmland construction information management system, the user management module comprises a user account management unit and a user authority management unit, the user account management unit comprises user login management and user information management, and the user login management is used for acquiring a user name and a password of a user in a system login interface; the user information management is used for managing a user account, a user password, a contact telephone and a subordinate department, and modifying, updating and replacing the acquired user account information; the user authority management unit is used for dividing the user account information into different user groups, specifically an administrator, a building and managing unit, a design unit, a construction unit, a supervision unit and other departments.
In the high-standard farmland construction information management system, each user group is divided into a primary authority and a secondary authority, the primary authority can only browse inquiry information, and the secondary authority has the authority of modifying, updating, adding and deleting the information which is managed by the department.
According to the high-standard farmland construction information management system, the administrator user group has the highest authority and is responsible for backing up, maintaining and managing the system and the history records and the data dictionary of the system.
In the high-standard farmland construction information management system, the history is used for recording the time and the operation process of logging in the system by a user; the data dictionary is the description of data in the database, and comprises data items, data structures, data streams, data storage and processing processes.
The invention has the beneficial effects that: the high-standard farmland construction information management system disclosed by the invention is used for managing a high-standard farmland construction process, can effectively integrate and centralizedly manage fragmented information, can implement synchronization of data uploaded by each user group, keeps the engineering data of each user group in a coordinated and consistent manner in the whole construction process, and avoids the phenomena of errors, rework, delay of construction period and the like caused by inconsistent information to a great extent.
The high-standard farmland construction information management system can well store various data indexes in the farmland construction process, can quickly trace back original data when reference inquiry is needed during construction or after construction is completed, greatly reduces labor cost in construction and management, saves workload, improves working efficiency and promotes the development of the farmland construction information modernization level.
Drawings
Fig. 1 is a frame diagram of the high standard farmland construction information management system of the present invention.
Fig. 2 is a schematic diagram of road engineering characteristic parameters.
Detailed Description
Aiming at the defects and problems of disorder of information and fragmentation of information of each project in the current farmland construction process, the invention provides a high-standard farmland construction information management system, which integrates and centrally manages fragmented information, can synchronize the data uploaded by each party in real time, keeps the engineering data of each party in the whole construction process to be coordinated and consistent, and greatly avoids the phenomena of data error, rework and rework, construction delay and the like caused by inconsistent information. Meanwhile, the data indexes of the current period can be well stored, the original data can be quickly traced when reference query is needed, the labor cost is reduced, and the workload is saved. The invention is further illustrated with reference to the following figures and examples.
Example 1: the embodiment provides a high-standard farmland information construction information management system, as shown in fig. 1, the system includes a data acquisition module, a data self-checking module, a data processing center, a user management module, an engineering management module and an affair notification module;
1. the data acquisition module comprises a basic information collection management unit, an investigation information collection management unit and a demand information input management unit, wherein the basic information collection management unit is used for searching the geographic position, the basic landform, the previous year climate condition and the like of the region where the key information collection project is located through the Internet;
the investigation information collection management unit is used for acquiring investigation information such as on-site coordinate positioning, underground water level, soil condition, temperature and humidity, crop varieties and the like through a network or external equipment according to on-site investigation results;
the demand information input management unit is used for recording the demands of each project side of the farmland construction.
2. The data self-checking module comprises a system analysis data management unit and a manual detection management unit, wherein the system analysis data management unit is used for carrying out primary detection on the acquired data, judging whether the data meet the input standard or not and prompting the data which do not meet the standard; the manual detection management unit is used for manually confirming whether the input data are correct or not, clicking an uploading button after the confirmation is completed, and uploading the data to the database so as to facilitate the inquiry and the later-stage tracing of other department personnel.
3. A data processing center: the data transcoding and analyzing device is used for transcoding and analyzing the data in the database and converting the data into a readable display form; and the data input by the module is converted into a format stored in a database.
4. The user management module comprises a user account management unit and a user authority management unit, the user account management unit comprises user login management and user information management,
the user login management is used for acquiring a user name and a password of a user through a login interface in a login interface of the high-standard farmland construction information management system, comparing the user name and the password with the user name and the password in the database, if the user name and the password are consistent, the login is successful, and if the user name and the password are inconsistent, an error prompt box is popped up to require re-input.
The user information management is used for managing information such as an account, a user password, a contact telephone, a subordinate department and the like, and is also used for modifying, updating, replacing the password and the like of the acquired user account information.
The user authority management unit is used for dividing the account into different user groups according to the user account information, and specifically can be divided into an administrator, a building and managing unit, a design unit, a construction unit, a supervision unit and other parts.
(1) The administrator user group has the highest authority information of the whole system, and is responsible for backing up and maintaining the system and managing the history records and the data dictionary of the system. The history record is used for recording the time of logging in the system by the user and the user operation; the system backup is to regularly backup records by an administrator, so that the backup data can be recovered through the backed up data after the data is prevented from being lost or damaged due to external reasons; the system maintenance is also a lack of course supplementation in the system security guarantee, various problems can occur to the system along with the increase of users, and the system must be maintained in time for major loopholes and other problems, so that the system data security is guaranteed.
The data dictionary is the description of data in the database, is established in the stage of demand analysis, is the basis for carrying out concept design in the next step, and is continuously modified, enriched and perfected in the whole database design process. The content of the method comprises data items, data structures, data streams, data stores and processing procedures. The help provides the user with some operational help as well as system version, other information, etc.
Each user group is divided into a primary right and a secondary right according to different rights, wherein the primary right can only browse inquiry information, and the secondary right has the right to modify, update, add and delete the information managed by the user group.
After the information is confirmed and uploaded, the information can be inquired and browsed by users of other departments (other user groups), and the coordination and consistency of the information in the whole construction process can be ensured.
(2) The construction management unit, the design unit, the construction unit, the supervision unit and other departments have different management authorities according to different functions of each department in the high-standard farmland construction process, and if the design unit corresponding to the motor-pumped well project only has the authority of uploading, adding, modifying and deleting data of the motor-pumped well project design stage. Design units corresponding to other projects only have the authority of uploading, adding, modifying and deleting data in the corresponding project design stage. The data query is open to all users. The setting of the authority can be negotiated and decided by each party in the process of starting the project, if a certain authority needs to be acquired in the process of project construction, an application needs to be submitted to an administrator, and the administrator can add new authority content to the user after the application is approved.
5. The engineering management module is used for operations of adding, modifying, deleting, inquiring, uploading and the like of data of each stage of each project of farmland construction. Specifically, management is divided into eight construction projects according to the stage of farmland construction, and the construction projects are respectively as follows: project roads, project motor-pumped wells, project transformers, project drainage ditches, project bridges, project culverts, project woods and project fields.
The characteristic parameters of eight projects related in the high-standard farmland construction process are set in the system, and are actually set by combining the construction characteristics of each high-standard farmland, and the defined characteristic parameters are shown in figure 2 by taking road projects as an example.
6. The affair notification module is used for reporting the questionable data uploaded by each management department to the data provider, namely, exchanging and verifying the correctness and accuracy of the project data; and after receiving the information, the data provider confirms the uploaded data and replies the final result to a department or a user group submitting a question report, so that information exchange and intercommunication among all departments are realized, and the coordination of project information in the construction process is ensured.
Each construction project of the high-standard farmland construction information management system is divided into four stages: the method comprises a survey preparation stage, a design stage, a tender construction and acceptance stage and an operation stage.
The first stage is as follows: the first is the investigation phase of the project. At the stage, a user group with the investigation stage authority logs in the system, and a data acquisition module is used for collecting and investigating basic information. The data acquisition module mainly collects basic information data of the management project area from three aspects. The system can utilize the basic information collection management unit to collect some basic data such as geographical position of project area, basic landform, past year climate, and the like mainly through internet networking search keywords and the like. The research information collecting and managing unit needs manual work and the cooperation of external equipment instruments, and obtains the actual research information such as coordinate positioning, underground water level, soil condition, temperature and humidity, crop varieties and the like through a network or external equipment according to on-site research. And finally, information such as meetings, interviews and the like is manually integrated and input into the requirement information management unit, the requirements of each project owner are recorded, a cushion is made for subsequent design, and the condition of repeated reworking is avoided as much as possible.
After data is input, the system in the data self-checking module analyzes data management and checks whether the data are in accordance with the format of the input database, and whether the range of values and the like is reasonable. And then, the data is secondarily confirmed by manual detection, so that the correctness of data input is ensured. In the detection process, data with incorrect and unreasonable format is detected.
And a prompt box is popped up to require data modification, and the data can be primarily input into the system after the data modification is finished. And the user with the authority of uploading the data in the stage clicks an uploading button, and pops up a prompt box indicating that the data is successfully uploaded to the database, and the data in the investigation stage can be inquired and checked by other parties only after the data is successfully uploaded.
And a second stage: the second stage of the high-standard farmland construction process is a design stage of engineering projects, a design unit designs the engineering projects according to survey data in a system, data of the project designs are recorded into the data after the design is finished, and the data are uploaded and submitted after being detected by a data self-checking module to finish the stage.
And a third stage: and a third stage, namely a bid inviting construction and acceptance stage, filling a bid inviting success unit by a construction management unit, constructing the project by the construction unit according to design data stored in the system, and uploading the actual construction data to the system after the actual construction data are subjected to system detection. In the process, a constructor, a supervision unit or other user groups can send a problem report to a user group providing data through the transaction management module, and the user group receiving the problems corrects the data according to the actual situation after verification and replies the problem report. The transaction notification module and other parties can also be used to communicate when designing the phases as well, except for the third phase where multiple applications are used.
After construction is completed, when acceptance is checked, a construction unit is required to upload data such as a project completion report, completion data, a project quality guarantee book and the like, and the acceptance process is calculated after the acceptance is confirmed and uploaded to a system through a supervision unit, a design unit and other department user groups. In each process, all unit user groups participating in acceptance check can provide engineering problems and rectification opinions to the construction unit user groups through the affair notification module. After the acceptance is finished, the existing data in the database can be automatically locked, and the data in the previous stage can not be modified even if the authority is possessed. The current data can be traced only by using the query function, and the whole process of the data can be completely reserved so as to provide reference for other projects at a later stage.
A fourth stage: the last phase is a running phase, which is mainly responsible for the owner user group to distribute the managed projects and scopes by oneself. And each project is guaranteed to have a corresponding responsible person, and the later management and implementation of the project are guaranteed to be in place. When the project is in the running state, the responsible person needs to regularly check the responsible project, report the running abnormal state to the project with running problems in time and inform the maintenance person of timely maintenance and treatment, and record the maintenance person, the maintenance time and the problems to be solved after the maintenance is finished. So that the same problems appearing at the later stage can be found and solved more quickly, and the management level of managers is continuously improved; when the project processing is abandoned and the like, the state of stopping operation is reported by a responsible person, all data can be completely locked by the database after passing, and only the previous data can be checked at the later stage, so that no operation can be performed.
Claims (7)
1. The utility model provides a high standard farmland construction information management system which characterized in that: comprises a data acquisition module, a data self-checking module, a data processing center, a user management module, an engineering management module and a transaction notification module,
the data acquisition module is used for collecting geomorphic information of the project location, carrying out on-site investigation on the project location according to the collection condition, inputting the collected and on-site investigated data into a database, and simultaneously recording requirements of each project party of farmland construction;
the data self-checking module is used for carrying out preliminary detection and manual confirmation on data input into the database;
the data processing center is used for transcoding and analyzing the data in the database, converting the data into a readable display form and converting the input data into a format stored in the database;
the user management module is used for setting account passwords and management authorities of all departments or user groups;
the project management module is used for dividing projects according to the high-standard farmland construction stage, and dividing the projects into project roads, project motor-pumped wells, project transformers, project drainage ditches, project bridges, project culverts, project woods and project field blocks; dividing each construction project into four stages of a survey preparation stage, a design stage, a bid inviting construction and acceptance stage and an operation stage, and further completing the operations of adding, modifying, deleting, inquiring and uploading data of each project in each stage;
the affair notification module is used for reporting the questionable data uploaded by each management department to a data provider, namely, exchanging and verifying the correctness and accuracy of the project data; and after receiving the information, the data provider confirms the uploaded data and replies the final result to a management department or a user group submitting a question report.
2. The high-standard farmland construction information management system according to claim 1, wherein: the data acquisition module comprises a basic information collection management unit, an investigation information collection management unit and a demand information input management unit, wherein the basic information collection management unit is used for searching the geographic position, the basic landform and the previous year climate condition of the region where the key information collection project is located through the Internet; the investigation information collection management unit is used for acquiring on-site coordinate positioning, underground water level, soil condition, temperature and humidity and crop varieties through a network or external equipment according to on-site investigation results; and the demand information input management unit is used for recording the demands of each project side of the farmland construction.
3. The high-standard farmland construction information management system according to claim 1, wherein: the data self-checking module comprises a system analysis data management unit and a manual detection management unit, wherein the system analysis data management unit is used for carrying out primary detection on the acquired data, judging whether the data meet the input standard or not and prompting the data which do not meet the standard; the manual detection management unit is used for manually confirming whether the input data are correct or not, and clicking an upload button to upload the data to the database after the confirmation is finished, so that the inquiry and the later-stage tracing of other department personnel are facilitated.
4. The high-standard farmland construction information management system according to claim 1, wherein: the user management module comprises a user account management unit and a user authority management unit, wherein the user account management unit comprises user login management and user information management, and the user login management is used for acquiring a user name and a password of a user in a system login interface; the user information management is used for managing a user account, a user password, a contact telephone and a subordinate department, and modifying, updating and replacing the acquired user account information; the user authority management unit is used for dividing the user account information into different user groups, specifically an administrator, a building and managing unit, a design unit, a construction unit, a supervision unit and other departments.
5. The high-standard farmland construction information management system according to claim 4, wherein: each user group is divided into a primary authority and a secondary authority, the primary authority can only browse inquiry information, and the secondary authority has the authority of modifying, updating, adding and deleting the information which is responsible for the management of the department.
6. The high-standard farmland construction information management system according to claim 4, wherein: the administrator user group has the highest authority and is responsible for backing up and maintaining the system and managing the history records and the data dictionary of the system.
7. The high-standard farmland construction information management system according to claim 6, wherein: the history record is used for recording the time and the operation process of logging in the system by the user; the data dictionary is the description of data in the database, and comprises data items, data structures, data streams, data storage and processing processes.
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| CN117078214A (en) * | 2023-10-12 | 2023-11-17 | 四川华恒升科技发展有限公司 | Data management method for high-standard farmland construction project |
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