CN116245487A - Geotechnical engineering investigation internal industry collaborative operation system and method - Google Patents
Geotechnical engineering investigation internal industry collaborative operation system and method Download PDFInfo
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Abstract
The application discloses a geotechnical engineering investigation internal industry collaborative operation system and a geotechnical engineering investigation internal industry collaborative operation method, which belong to the technical field of engineering construction, and after a worker selects an operation mode, first data based on a file operation mode and a database operation mode are generated; selecting a working mode according to the first data, generating second data, establishing interaction with an external application program by the server, and generating third data, wherein the third data comprises user account information and authority information; the external application program establishes an archiving mechanism and a log recording mechanism to generate fourth data; the server outputs the fourth data. Compared with other technical schemes, the method has the advantages that the operation mode based on the database is newly added, interaction with an external application program can be established in the mode, the state of an engineering investigation project is archived and recorded, collaborative operation among interior data processing personnel is promoted, timely updating and displaying of data are guaranteed, overall process dominant management and control of the project is achieved, and production efficiency and achievement quality are improved.
Description
Technical Field
The application relates to the technical field of engineering construction, in particular to a geotechnical engineering investigation internal industry collaborative operation system and method.
Background
Geotechnical engineering investigation refers to the process of finding out, analyzing and evaluating the geology, environmental characteristics and geotechnical engineering conditions of a construction site according to the requirements of construction engineering, compiling the activities of investigation files, and currently, most engineering investigation design enterprises in China have or are carrying out digital transformation planning and design.
Currently, there are only a few types of in-house process software capable of supporting geotechnical engineering investigation projects in the market, and all the types of software are single-machine software, and binary or text format files are usually adopted as carriers of geotechnical engineering investigation information. Because the file formats and structures adopted by different internal processing software are inconsistent, the investigation project data produced by different internal processing software cannot be shared, and thus, the investigation project results gradually form a data island. On the other hand, due to the lack of unified geotechnical engineering investigation data standard, the software can not perform centralized management on a large amount of engineering investigation project information in the same area, so that the application value of geotechnical engineering investigation project results is limited. In addition, in the geotechnical engineering investigation internal operation information processing process under the single edition file operation mode, different edition files are usually manually adopted to save and modify records in an investigation information editing and auditing link. When the engineering project is large in volume, long in implementation period and multiple in participants, the single-machine software cannot support collaborative operation, and the operation efficiency and the achievement quality of the engineering investigation project are directly affected.
There is a need to provide a database-based geotechnical engineering investigation industry collaborative operation system and method to solve the above-mentioned problems.
It should be noted that the above information disclosed in this background section is only for understanding the background of the present application concept and, therefore, it may contain information that does not constitute prior art.
Disclosure of Invention
Based on the above problems existing in the prior art, the problems to be solved by the present application are: the system and the method for collaborative operation of geotechnical engineering investigation internal industry are provided, a networked operation environment is constructed while the traditional file-based operation mode is considered, the database-based operation mode is provided, project professional data centralized management is realized, multi-person collaborative operation is supported, timely updating and real-time display of data are ensured, the whole process of a project can be explicitly managed and controlled, information loss is avoided, safety is enhanced, and the aim of improving the operation efficiency and the achievement quality of the engineering investigation project is fulfilled by enhancing technical management and control.
The technical scheme adopted for solving the technical problems is as follows: a geotechnical engineering investigation internal industry collaborative operation system and method comprises:
after the worker selects the operation mode, generating first data based on the file operation mode and the database operation mode;
selecting a job mode according to the first data, and generating second data, wherein the second data comprises a file-based job mode and a database-based job mode;
the method comprises the steps that interaction with an external application program is established by a server, and third data are generated, wherein the third data comprise user account information and authority information;
the external application program establishes an archiving mechanism and a log recording mechanism, archives and records the second data and the third data, and generates fourth data representing the state of the engineering investigation project;
the server outputs the fourth data.
When the technical scheme is implemented, two operation modes, namely a file-based operation mode and a database-based operation mode, are set, interaction with an external application program is established, states of engineering investigation projects are archived and recorded, and the coordination capacity of the system is improved.
Further, the establishing interaction with the external application program includes:
the external application program performs user account verification, acquires departments where the users are located, and determines the authority of the users on the operation of the investigation file;
issuing editing rights to a user;
and managing and controlling approval of geotechnical engineering investigation project result archiving and borrowing processes.
Further, the establishing an archiving mechanism and a logging mechanism includes:
the external application program judges whether the engineering investigation project is inspected;
archiving the project investigation project which completes the audit as a final version;
generating a log for editing engineering investigation project files;
and backing up the editing engineering investigation project file.
Further, the method also comprises data protection during data transmission, comprising:
grouping the data to be transmitted, and transmitting the data according to groups when transmitting the data;
stopping data transmission when the disconnection of the transmission channel is detected;
marking at the position where data transmission is stopped;
and after waiting for the connection of the next transmission channel, continuing uploading the data from the mark.
An geotechnical engineering investigation industry collaborative operation system, comprising:
the engineering investigation project database is used for centrally managing all geotechnical engineering related information in the database in a database table and record mode;
acquiring first data representing an operation mode by an geotechnical engineering investigation internal operation system;
the operation mode selection module is used for selecting an operation mode and generating second data;
the application interface module is used for establishing interaction with an external application program and generating third data;
the mechanism establishing module is used for establishing an archiving mechanism and a log recording mechanism, archiving and recording the second data and the third data and generating fourth data representing the state of the engineering investigation project;
and the output module is used for transmitting the fourth data to the display screen for displaying, and reminding the completion of the engineering investigation project.
Further, the application interface module includes:
the interface providing sub-module is used for providing an account authorization interface of the user;
the permission issuing sub-module is used for issuing editing permission to the user;
and the process management and control sub-module is used for managing and controlling the approval of the geotechnical engineering investigation project result archiving and borrowing processes.
Further, the mechanism establishment module includes:
the auditing judging sub-module is used for judging whether the engineering investigation project is audited by an external application program;
the grading sub-module is used for archiving the engineering investigation project which completes the audit as a final version;
the log generation sub-module is used for generating a log for editing engineering investigation projects;
and the backup sub-module is used for backing up the files of the editing engineering investigation project.
The beneficial effects of this application are: according to the geotechnical engineering investigation internal industry collaborative operation system and method, two operation modes based on the file operation mode and the database operation mode are set, interaction with an external application program is established through the server, states of engineering investigation projects are archived and recorded, timely updating of data is guaranteed, dynamic display of modified data is achieved, version control and backup of project data are achieved, risks of confusion of version management and loss of project information are avoided, overall process management and control of geotechnical engineering investigation project internal industry operation is achieved, collaborative capability among staff participating in internal industry data processing is effectively improved, and efficiency and quality of internal industry operation are remarkably improved.
In addition to the objects, features, and advantages described above, there are other objects, features, and advantages of the present application. The present application will be described in further detail with reference to the drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiments of the application and together with the description serve to explain the application and do not constitute an undue limitation to the application. In the drawings:
FIG. 1 is a schematic flow chart of a geotechnical engineering investigation internal industry collaborative operation method in the present application;
fig. 2 is a schematic diagram of module composition of an geotechnical engineering investigation internal industry collaborative operation system in the present application.
Detailed Description
It should be noted that, in the case of no conflict, the embodiments and features in the embodiments may be combined with each other. The present application will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.
In order to make the present application solution better understood by those skilled in the art, the following description will be made in detail and with reference to the accompanying drawings in the embodiments of the present application, it is apparent that the described embodiments are only some embodiments of the present application, not all embodiments. All other embodiments, which can be made by one of ordinary skill in the art based on the embodiments herein without making any inventive effort, shall fall within the scope of the present application.
As shown in fig. 1, the present application provides a geotechnical engineering investigation internal industry collaborative operation method, which includes:
step 1: the method comprises the steps that a server obtains first data representing a working mode, wherein the first data comprises a file-based working mode and a database-based working mode;
step 2: selecting a job mode according to the first data, and generating second data, wherein the second data comprises a file-based job mode and a database-based job mode;
in this embodiment, the intra-project operation modes of the engineering investigation project include a conventional file-based operation mode and a database-based operation mode, and when the operation mode is selected, a multi-source project integrated operation environment is adopted to support simultaneous opening of a plurality of file-based and database-based engineering investigation projects, so as to edit all the opened engineering investigation projects, and in this optional operation environment, a user can independently save and close one or more of the engineering investigation projects as required, and also save and close all the engineering investigation projects.
In this embodiment, the file-based engineering survey project and the database-based engineering survey project have different storage modes, and specifically, all information of the file-based engineering survey project is stored in the local engineering survey project file, and all information of the database-based engineering survey project is stored in the cloud engineering survey project database.
Step 3: the server establishes interaction with an external application program and generates third data, wherein the third data comprises user account information and authority information;
in establishing interaction with an external application, it is necessary to establish interaction with the external application, which is provided by a job unit and maintained by personnel of the job unit.
Specifically, the process of establishing interaction with the external application program further includes:
the method is suitable for engineering investigation project operation modes based on a database, establishes a permission judging mechanism, judges whether the user has permission to open a specified engineering investigation project, and can open the project in a multi-source integrated operation environment after the verification is passed.
In the embodiment of the invention, in order to effectively share engineering investigation project information, after the identity of an internal personnel is identified, the personnel has all engineering investigation project consulting authorities of departments thereof, particularly, when engineering projects stand, project numbers are given to the engineering projects, the engineering projects are returned to a user side in a list form in the calling process for selection by a user, particularly, after the user logs in through an account, the departments where the engineering investigation projects are located are judged through an external application program, and then all engineering investigation project files of the departments are displayed in a list form.
Step 4: the server establishes an archiving mechanism and a log recording mechanism, archives and records the second data and the third data, and generates fourth data representing the state of the engineering investigation project;
an archiving mechanism is established, the archiving mechanism is arranged in an external application program, specifically, the external application program automatically judges whether the project with the appointed project number completes the audit, and after the audit is completed, the passed project investigation project data is uploaded and archived as a final version, so that the situation that the uploaded investigation archiving file cannot be guaranteed to be the final version in the traditional file operation mode is avoided.
And establishing a log recording mechanism, wherein the log recording mechanism is used for recording project information of engineering investigation in the whole engineering, and recording editing operation of a user in a log mode, so that the user can conveniently develop project version tracing.
Step 5: outputting fourth data for reminding that the engineering investigation project is completed;
displaying the project survey project which is finished to be checked, and prohibiting file modification.
In the flow of step 1, a locking mechanism is further added in the database-based operation mode, and the specific operation flow of the locking mechanism comprises:
the default state of the engineering investigation item is an unlocked state, when the engineering investigation item is opened, the system locks the item based on the identity of the user, in this state, only the current user can edit and modify the engineering investigation file, and when the engineering investigation item is closed, the system automatically restores the engineering investigation item to the unlocked state, wherein the opening state of the current engineering investigation item is taken as a locking opening signal.
Specifically, in the embodiment of the present invention, the opening state is determined by retrieving the opening or closing log of the project stored in the log generating sub-module, for example, after the current engineering investigation project is opened, the log generating sub-module records that the state log of the current engineering investigation project is opened, and sends the state log to the log receiving module in the system, locks the engineering investigation project after determining the opening state, and opens editing rights for the locked user who opens the engineering investigation project.
After the engineering investigation project is locked, the editing authority is opened for the locked user, but the browsing authority is only provided for the unlocked user, the editing cannot be performed, and after the engineering investigation project is locked, the unlocked user can pop up a prompt after opening, the prompt content is 'the project is opened at other positions' or 'the project is manually locked', the locking mechanism can meet the requirement that the same user opens the working scene of the same project at a plurality of positions, although the same user opens the same project for the second time and later, the system prompts the information of the engineering investigation project, the information of the last saving operation is the same, the system can carry out version backup on the engineering investigation project before the saving operation, and all operation records are recorded and saved by the log generating submodule in a log mode.
In the embodiment of the invention, when data transmission is performed, in order to prevent loss of data caused by loss of the data when the system fails, an independent data communication mode needs to be established, specifically, the data to be transmitted is divided into a plurality of groups, the data are transmitted according to the groups when the transmission channel is detected to be disconnected, namely, the data transmission is stopped when the system fails, the position of the stop is marked, and the data are continuously uploaded from the mark after the next transmission channel connection, so that the data loss caused by transmission on-off due to the system failure is prevented when the data transmission is performed.
The above embodiments describe specific steps of an geotechnical engineering investigation internal collaborative operation method, and the following embodiments describe a geotechnical engineering investigation internal collaborative operation system for operating the geotechnical engineering investigation internal collaborative operation method, as shown in fig. 2, which includes:
the engineering investigation project database is used for centrally managing all geotechnical engineering related information in the database in a database table and record mode, and specifically, in the embodiment, the data comprises: project basic information, site stratum, drilling information, drilling stratum, profile information, static sounding, standard penetration sounding, geotechnical test, rock sample test, cross plate shear, water pumping test, road center line and the like, and the information can be used for carrying out statistical calculation, drawing a thematic map and outputting a result report.
The geotechnical engineering investigation internal operation system is used for acquiring first data representing an operation mode and comprises a user login module, an environment selection module, an application interface module, a mechanism establishment module, an item locking module, a multi-source item integrated operation environment module, a log generation sub-module and a display output module. The user login module realizes the synchronization with the personnel account of the external application system, avoids the work that a user needs to independently maintain when using a plurality of sets of accounts, can input the account and the password of the external application system, then verifies the legitimacy of the account in the external application system through an interface, and feeds the verification result back to the system.
The environment selection module is used for selecting the working environment and generating second data, wherein the second data comprises a working environment based on a file working mode and a working mode based on a database, and particularly, the environment selection module provides two working modes based on the file and the database for geotechnical engineering investigation internal work, and the use mode based on the database is newly added while the geotechnical engineering investigation project information is stored in a traditional file form to develop the internal work mode.
The application interface module realizes the interaction between the operating system and the external application system based on the database operation mode, identifies the department where the user is located through the external interface, and provides the user with the authority of the engineering investigation project under the department where the user is located.
Wherein the application interface module comprises:
the interface providing sub-module is used for providing an account authorization interface of a user, and the user enters the system through the account authorization interface;
the permission issuing sub-module is used for issuing editing permission to the user;
and the process management and control sub-module is used for managing and controlling the approval of the geotechnical engineering investigation project result archiving and borrowing processes.
The mechanism establishing module is used for establishing an archiving mechanism and a log recording mechanism, archiving and recording the second data and the third data to generate fourth data representing the state of the engineering investigation project, wherein the state of the engineering investigation project comprises the engineering investigation project which is completed with the examination and the engineering investigation project which needs to be subjected to authority operation, log generation and recording are carried out on the operation process, the engineering project also comprises a locking state, after the engineering investigation project is locked, editing authorities are opened for a locked user, and for an unlocked user, only browsing authorities are provided, editing cannot be carried out, after the engineering investigation project is locked, an unlocked user can pop up a prompt after opening, the prompt content is that the project is opened at other positions or the project is manually locked, the locking mechanism can meet the requirement that the same user opens the operation scene of the same project at a plurality of positions, although the same user can prompt when opening the same project for the second time and later, the engineering investigation project information is subject to information when the storage operation is finally carried out, and the system can backup the engineering investigation project before the storage operation.
The mechanism establishment module comprises:
the auditing judging sub-module is used for judging whether the engineering investigation project is audited by an external application program;
the grading sub-module is used for archiving the project investigation project which completes the audit as a final version, the external application program automatically judges whether the project which establishes the project number completes the audit, and after the audit is completed, the passing project investigation project data is used as the final version, so that the situation that the uploaded file cannot be guaranteed to be the final version in the traditional file operation mode is avoided;
the log generation sub-module is used for generating a log for editing the engineering investigation project, determining an opening state by taking the project opening or closing log stored in the log generation sub-module, for example, after the current engineering investigation project is opened, the log generation sub-module records the state log of the current engineering investigation project as being opened and sends the state log to the log receiving module in the system, locks the engineering investigation project after determining the opening state, and opens editing permission for a locking user for opening the engineering investigation project.
And the backup sub-module is used for backing up the files of the editing engineering investigation project.
The project locking module is used for processing the situation that project information accuracy is required to be guaranteed when a plurality of persons operate the same geotechnical engineering investigation project simultaneously, the project investigation project default state is an unlocking state, when the engineering investigation project is opened, the project is locked by the system based on the identity of a user, in the state, only the current user can edit and modify the project investigation file, when the engineering investigation project is closed, the system automatically restores the project investigation project to the unlocking state, wherein the opening state of the current engineering investigation project is used as a locking and opening signal, after the engineering investigation project is locked, editing permission is opened for a locked user, and for an unlocked user, only browsing permission is provided, and after the engineering investigation project is locked, a prompt is popped up, and the prompt content is ' the project is opened at other positions ' or the project is manually locked ', so that the locking mechanism can meet the operation scene that the same user opens the same project at a plurality of positions.
The multi-source project integrated work environment module can support simultaneous opening of geotechnical engineering projects from the file and the database, and the operation among the projects is not affected. The user is supported to save and close specific projects as required, and the user is supported to close all project files through closing the operation environment. Before the project information is stored after being modified in the database operation mode, the version backup is carried out through software, so that the tracing and recovery of various project information versions of all users can be realized. Meanwhile, important operations in the system are recorded in a log, so that all important operations of the project can be traced.
The display output module is used for transmitting fourth data to the display screen for displaying, reminding that the engineering investigation project is completed, and specifically, when the engineering investigation project is completed or the examination is completed, the display content of the display screen is' the project is completed.
In some embodiments of the invention, the geotechnical engineering investigation internal industry collaborative operation system further performs the following steps:
verifying the login state and identity of a user;
determining and issuing operation authority;
identifying a locking state of the engineering investigation item; and saving and closing engineering investigation projects.
The foregoing description is only of the preferred embodiments of the present application and is not intended to limit the same, but rather, various modifications and variations may be made by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principles of the present application should be included in the protection scope of the present application.
Claims (7)
1. A geotechnical engineering investigation internal industry collaborative operation method is characterized in that: comprising the following steps:
after the worker selects the operation mode, generating first data based on the file operation mode and the database operation mode;
selecting a job mode according to the first data, and generating second data, wherein the second data comprises a file-based job mode and a database-based job mode;
the method comprises the steps that interaction with an external application program is established by a server, and third data are generated, wherein the third data comprise user account information and authority information;
the external application program establishes an archiving mechanism and a log recording mechanism, archives and records the second data and the third data, and generates fourth data representing the state of the engineering investigation project;
the server outputs the fourth data.
2. The geotechnical engineering investigation internal collaborative operation method according to claim 1, wherein: the establishing interaction with the external application program comprises:
the external application program performs user account verification, acquires departments where the users are located, and determines the authority of the users to the engineering investigation project operation;
issuing editing rights to a user;
and managing and controlling approval of geotechnical engineering investigation project result archiving and borrowing processes.
3. The geotechnical engineering investigation internal collaborative operation method according to claim 1, wherein: the establishing an archiving mechanism and a logging mechanism comprises:
the external application program judges whether the engineering investigation project is inspected;
archiving the project investigation project which completes the audit as a final version;
generating a log for editing engineering investigation project files;
and backing up the editing engineering investigation project file.
4. The geotechnical engineering investigation internal collaborative operation method according to claim 1, wherein: the method further includes data protection at the time of data transmission, including:
grouping the data to be transmitted, and transmitting the data according to groups when transmitting the data;
stopping data transmission when the disconnection of the transmission channel is detected;
marking at the position where data transmission is stopped;
and after waiting for the connection of the next transmission channel, continuing uploading the data from the mark.
5. The utility model provides a geotechnical engineering investigation industry collaborative operation system which characterized in that: comprising the following steps:
the engineering investigation project database is used for centrally managing all geotechnical engineering related information in the database in a database table and record mode;
acquiring first data representing an operation mode by an geotechnical engineering investigation internal operation system;
the operation mode selection module is used for selecting an operation mode and generating second data;
the application interface module is used for establishing interaction with an external application program and generating third data;
the mechanism establishing module is used for establishing an archiving mechanism and a log recording mechanism, archiving and recording the second data and the third data and generating fourth data representing the state of the engineering investigation project;
and the output module is used for transmitting fourth data and reminding the completion of the engineering investigation project.
6. The geotechnical engineering investigation internal collaborative operation system according to claim 5, wherein: the application interface module comprises:
the interface providing sub-module is used for providing an account authorization interface of the user;
the permission issuing sub-module is used for issuing editing permission to the user;
and the process management and control sub-module is used for managing and controlling the approval of the geotechnical engineering investigation project result archiving and borrowing processes.
7. The geotechnical engineering investigation internal collaborative operation system according to claim 5, wherein: the mechanism establishment module comprises:
the auditing judging sub-module is used for judging whether the engineering investigation project is audited by an external application program;
the grading sub-module is used for archiving the engineering investigation project which completes the audit as a final version;
the log generation sub-module is used for generating a log for editing engineering investigation projects;
and the backup sub-module is used for backing up the files of the editing engineering investigation project.
Priority Applications (1)
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