Project supervision system based on information terminal

Abstract

The invention discloses a project supervision system based on an information terminal, the project supervision system comprises a supervision information ecological chain module, a supervision data model analysis management module and a supervision data feedback sharing module, and the invention also discloses an operation method of the system, and the operation method comprises the following steps: 1, building a staged supervision information ecological chain according to a supervised project project; 2, aiming at data information circulating in a supervision information ecological chain, establishing a project supervision data model to manage the content and the flow direction of information data; 3, performing analysis and labeling based on the feature data of each stage of project supervision; 4, building a project supervision feedback database, and feeding back data generated by a plurality of supervision modes in each stage of the project to a project quality information database for sharing analysis and supervision learning; the problem of low-efficiency management of data in the supervision process is solved; the method has the characteristics of improving the circulation utilization rate of the project engineering implementation process data and improving the supervision effectiveness.

Description

Technical Field

[0001] The present invention relates to the technical field of engineering supervision, and in particular to an engineering supervision system based on an information terminal. Background Art

[0002] Engineering supervision is a process of managing project-related links with professional technology and level, which is conducive to reducing engineering costs, controlling engineering costs, and effectively controlling various problems in the construction process of engineering projects. However, in the actual supervision of project quality and control of project progress, there are many data sources, inconsistent formats, various representation forms, large amounts of information exchange, many project participants and difficult coordination. Furthermore, due to the lack of sufficient stage data support, the supervision and implementation processes cannot be effectively connected to a large extent, and the utilization of the data generated at each stage is insufficient. The reduced utilization rate of production data at each stage will affect the construction period and even the construction quality. At the end of the project, more resources will need to be invested to deal with the problems left over from the previous stage. Therefore, it is necessary to design an engineering supervision system based on information terminals to improve the circulation utilization rate of project engineering implementation process data and enhance the effectiveness of supervision. Summary of the invention

[0003] The purpose of the present invention is to provide an engineering supervision system based on an information terminal to solve the problems raised in the above background technology.

[0004] In order to solve the above technical problems, the present invention provides the following technical solutions: an engineering supervision system based on information terminals, comprising a supervision information ecological chain module, a supervision data model analysis and management module and a supervision data feedback sharing module, wherein the supervision information ecological chain module is used to establish a phased supervision information ecological chain according to the supervised project engineering; the supervision data model analysis and management module is used to establish a project engineering supervision data model to manage the content and flow of information data; the supervision data feedback sharing module is used to feed back the data generated by multiple supervision methods in each stage of the engineering project to the project quality information database for shared analysis and supervision learning, and the supervision information ecological chain module, the supervision data model analysis and management module are electrically connected to the supervision data feedback sharing module.

[0005] According to the above technical solution, the supervision information ecological chain module includes: an ecological chain node module, a construction supervision process establishment module and a project engineering phase division module. The ecological chain node module is used to establish supervision nodes and implementation nodes in the supervision information ecological chain; the construction supervision process establishment module is used to establish a construction supervision process based on the supervision information ecological chain; the project engineering phase division module is used to divide the project into a project preparation phase and a project implementation phase; the ecological chain node module is electrically connected to the construction supervision process establishment module and the project engineering phase division module.

[0006] According to the above technical solution, the supervision data model analysis and management module includes: a timing relationship determination module, a data driving module, a data content flow management module and a feature data analysis and annotation module; the timing relationship determination module is used to determine the timing relationship from the project preparation stage to the project implementation stage; the data driving module is used to use data driving to perform a full life cycle analysis of the project engineering supervision process; the data content flow management module is used to manage the recorded data content and flow of the entire supervision process from the project preparation stage to the project implementation stage; the feature data analysis and annotation module is used to analyze and annotate based on the feature data of each stage of project engineering supervision, the timing relationship determination module is electrically connected to the data driving module, and the data content flow management module is electrically connected to the feature data analysis and annotation module.

[0007] According to the above technical solution, the supervision data feedback sharing module includes: a supervision feedback database module, a data source label classification and calibration module and a data source cloud storage backup module. The supervision feedback database module is used to build a project engineering supervision feedback database, and feed back the data of each stage of the engineering project to the project engineering supervision feedback database; the data source label classification and calibration module is used to automatically classify and label the pictures, videos, and text report data uploaded during the supervision process; the data source cloud storage backup module is used to put the data source into the cloud database for storage and backup, and the supervision feedback database module is electrically connected to the data source label classification and calibration module and the data source cloud storage backup module.

[0008] According to the above technical solution, the engineering supervision method based on the information terminal includes the following steps: Step 1: Establish a phased supervision information ecological chain based on the project to be supervised; Step 2: For the data information circulating in the supervision information ecological chain, establish a project engineering supervision data model to manage the content and flow of information data; Step 3: Analyze and mark the characteristic data of each stage of project engineering supervision; Step 4: Build a project engineering supervision feedback database to feed back the data generated by multiple supervision methods at each stage of the project to the project quality information database for shared analysis and supervision learning.

[0009] According to the above technical solution, the method flow of establishing a phased supervision information ecological chain according to the supervised project engineering includes: Project engineering supervision involves the supervision end and the implementation end, which correspond to the supervision node and the implementation node in the supervision information ecological chain. The project engineering is divided into the project preparation stage and the project implementation stage. According to the planning and construction node planning of the project engineering, the transmission cycle of project engineering information data is formed, and a construction supervision process based on the supervision information ecological chain is established; The relationships between nodes in the supervision information ecological chain include: the supervision node at the supervision end and the implementation node at the implementation end. The supervision information data transmitted on the link include: standardized data information that needs to be formed and achieved by the project, implementation process analysis data, and project implementation supervision feedback data. The users at the supervision end and the implementation end use the node-on-chain interaction method, and the nodes on the link use the real-time reception and transmission of information data.

[0010] According to the above technical solution, the method flow of establishing a project engineering supervision data model to manage the content and flow of information data includes: Step 21: By determining the timing relationship from the project preparation stage to the project implementation stage, using the supervision guidance document to evaluate the supervision process, establishing the relationship between each timing step in the stage, and after the first step of each stage is completed, iterating to the next step of the project supervision task according to the project timing; Step 22: Use data-driven analysis to conduct a full life cycle analysis of the project engineering supervision process, determine the guiding factor data for project engineering supervision and project-related factor data, and record and manage project factor data starting from the project approval; Step 23: Based on the supervision process of the project engineering, describe the organization process of information data in the supervision process, determine the guiding factor data of supervision, that is, the project supervision target data, rules and guiding data atlas, and determine the projects for project engineering supervision and control based on the guiding factor data; Step 24: Set the data of guiding factors to be independent of each other, constrain project factors based on the correlation of data, establish a project engineering supervision data model, and manage the data content and flow of the entire supervision process from project preparation to project implementation.

[0011] According to the above technical solution, the management method also includes descriptive analysis and integration of the data information circulating in the supervision information ecological chain. Since the information data in the actual implementation process of the project engineering has the characteristics of dynamic change and static characteristics, the data information circulating in the supervision information ecological chain is divided into standardized information and non-standardized information. Different implementation nodes use different coding rules and circulation paths to transmit and output information data.

[0012] According to the above technical solution, the steps of performing analysis and annotation include: Step 31: Determine the characteristic data of the project engineering supervision steps, and analyze the cause-effect and feedback relationship between the factors in the project engineering supervision steps; Step 32: Sort out the relationships between the various levels, construct a project engineering supervision step model, and construct a model including all factors and causal relationships in the project engineering supervision steps according to the relationships between the various levels to obtain a causal relationship diagram of the project engineering supervision steps; Step 33: assigning values ​​to the influencing factors in the causal relationship diagram and establishing a functional relationship; Step 34: Define the objects, scenarios and events in engineering supervision according to the project engineering supervision objectives, define the characteristic data under each supervision scenario, annotate the supervision objects and scenarios corresponding to the data information circulating in the supervision information ecological chain according to the characteristic data, and generate the annotation content that feedbacks the data circulation situation in the project engineering supervision ecological chain after analysis; Step 35: Use the marked feature data to drive the confirmed feedback on the project progress supervision situation, regularly generate the work output value of the current project implementation, draw the corresponding supervision feedback curve in real time according to the progress of the project, and set the corresponding time limit to summarize and analyze the completed project implementation volume.

[0013] According to the above technical solution, the method steps for performing shared analysis and supervision learning include: Step 41: Build a project engineering supervision feedback database, feed back the data of each stage of the project to the project engineering supervision feedback database, build each specific stage quality control requirement into a functional unit, and each function specifically represents an implementation supervision requirement; Step 42: All functional units are combined to establish a project engineering supervision feedback sharing database for supervision projects, so as to realize shared analysis and supervision learning of project engineering implementation process data; Step 43: Establish a multi-supervision method data database for the project engineering, and automatically classify and collect the pictures, videos, and text report data uploaded during the supervision process; Step 44: All data sources are marked with the corresponding time and supervision content, and the classified pictures or video files are labeled to mark the supervision process and highlight the supervision results; Step 46: Each terminal of the project will discuss and analyze the marked typical problems according to the cycle, display the preset highlights, use information technology to automatically generate and archive the data generated in the process, and put the data source into the cloud database for storage and backup.

[0014] Compared with the prior art, the beneficial effects achieved by the present invention are as follows: the present invention establishes a phased supervision information ecological chain according to the project engineering to be supervised; establishes a supervision end and an implementation end, which correspond to a supervision node and an implementation node in the supervision information ecological chain, and divides the project engineering into a project preparation stage and a project implementation stage, and establishes a project engineering supervision data model for the data information circulating in the supervision information ecological chain to manage the content and flow of information data, and analyzes and annotates the characteristic data based on each stage of project engineering supervision; finally, builds a project engineering supervision feedback database, and feeds back the data generated by multiple supervision methods at each stage of the engineering project to the project quality information database for shared analysis and supervision learning, thereby solving the problem of inefficient data management in the supervision process, allowing the data at each stage of the supervision process to be fully circulated and utilized, improving the circulation utilization rate of data in the project engineering implementation process while improving the supervision effectiveness of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings: Figure 1 A flowchart of an information terminal-based engineering supervision method provided in Embodiment 1 of the present invention; Figure 2 A schematic diagram of the module composition of an information terminal-based engineering supervision system provided in Embodiment 2 of the present invention. DETAILED DESCRIPTION

[0016] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] Embodiment 1: Figure 1 This is a flowchart of an engineering supervision method based on an information terminal provided in Embodiment 1 of the present invention. This embodiment can be applied to the scenario of project engineering supervision. This method can be executed by an engineering supervision system based on an information terminal provided in this embodiment. Figure 1 As shown, the method specifically comprises the following steps: Step 1: Establish a phased supervision information ecological chain based on the project to be supervised; In the embodiment of the present invention, the supervision end and implementation end involved in the project engineering supervision correspond to the supervision node and implementation node in the supervision information ecological chain. The project engineering is divided into the project preparation stage and the project implementation stage. According to the planning and construction node planning of the project engineering, the transmission cycle of the project engineering information data is formed, and the construction supervision process based on the supervision information ecological chain is established; Exemplarily, the relationship between nodes in the supervision information ecological chain includes: the supervision node of the supervision end and the implementation node of the implementation end. The supervision information data transmitted on the link includes: standardized data information that needs to be formed and achieved by the project engineering, implementation process analysis data, and project engineering implementation supervision feedback data. The users of the supervision end and the implementation end adopt the node chain interaction method, and the nodes on the link adopt the flow method of real-time reception and transmission of information data. For example, in the project preparation stage, the supervision end will transmit the information of the overall project management policy and construction resource allocation to the implementation node of the implementation end through the supervision node, and the specific implementation user of the implementation end will carry out the preparation work before the project construction according to the received information data; Exemplarily, during the project implementation phase, the implementation-end user transmits the generated original construction information data to the supervision information ecological chain through the implementation node. The supervision-end user processes the original construction information data through the supervision node and compares and judges it with the corresponding project engineering management information. According to the comparison and judgment results, the engineering management information is processed and transmitted to the supervision information ecological chain through the supervision node. The construction-end user continues the stage construction based on the received data information.

[0018] Step 2: For the data information circulating in the supervision information ecological chain, establish a project engineering supervision data model to manage the content and flow of information data; In an embodiment of the present invention, a method flow for establishing a project engineering supervision data model to manage the content and flow of information data includes: Step 21: By determining the timing relationship from the project preparation stage to the project implementation stage, using the supervision guidance document to evaluate the supervision process, establishing the relationship between each timing step in the stage, and after the first step of each stage is completed, iterating to the next step of the project supervision task according to the project timing; Step 22: Use data-driven analysis to conduct a full life cycle analysis of the project engineering supervision process, determine the guiding factor data for project engineering supervision and project-related factor data, and record and manage project factor data starting from the project approval; Step 23: Based on the supervision process of the project engineering, describe the organization process of information data in the supervision process, determine the guiding factor data of supervision, that is, the project supervision target data, rules and guiding data atlas, and determine the projects for project engineering supervision and control based on the guiding factor data; Step 24: Set the data of guiding factors to be independent of each other, constrain the project factors according to the correlation of the data, establish the project engineering supervision data model, and manage the data content and flow of the entire supervision process from the project preparation stage to the project implementation stage; Exemplarily, a descriptive analysis and integration is performed on the data information circulating in the supervision information ecological chain. Since the information data in the actual implementation process of the project engineering has the characteristics of dynamic change and static characteristics, the data information circulating in the supervision information ecological chain is divided into standardized information and non-standardized information. Different implementation nodes use different coding rules and circulation paths to transmit and output information data.

[0019] Step 3: Analyze and mark the characteristic data of each stage of project engineering supervision; In an embodiment of the present invention, the steps of performing analysis and annotation include: Step 31: Determine the characteristic data of the project engineering supervision steps, and analyze the cause-effect and feedback relationship between the factors in the project engineering supervision steps; Step 32: Sort out the relationships between the various levels, construct a project engineering supervision step model, and construct a model including all factors and causal relationships in the project engineering supervision steps according to the relationships between the various levels to obtain a causal relationship diagram of the project engineering supervision steps; Step 33: assigning values ​​to the influencing factors in the causal relationship diagram and establishing a functional relationship; Step 34: Define the objects, scenarios and events in the project supervision according to the project engineering supervision objectives, define the characteristic data under each supervision scenario, annotate the supervision objects and scenarios corresponding to the data information circulating in the supervision information ecological chain according to the characteristic data, and generate the annotation content that feedbacks the data circulation situation in the project engineering supervision ecological chain after analysis; Step 35: Use the marked feature data to drive the confirmed feedback on the project progress supervision situation, regularly generate the work output value of the current project implementation, draw the corresponding supervision feedback curve in real time according to the progress of the project, and set the corresponding time limit to summarize and analyze the completed project implementation volume.

[0020] Step 4: Build a project engineering supervision feedback database to feed back the data generated by multiple supervision methods at each stage of the project to the project quality information database for shared analysis and supervision learning.

[0021] In an embodiment of the present invention, the method steps for performing shared analysis and supervised learning include: Step 41: Build a project engineering supervision feedback database, feed back the data of each stage of the project to the project engineering supervision feedback database, build each specific stage quality control requirement into a functional unit, and each function specifically represents an implementation supervision requirement; Step 42: All functional units are combined to establish a project engineering supervision feedback sharing database for supervision projects, so as to realize shared analysis and supervision learning of project engineering implementation process data; Step 43: Establish a multi-supervision method data database for the project engineering, and automatically classify and collect the pictures, videos, and text report data uploaded during the supervision process; Step 44: All data sources are marked with the corresponding time and supervision content, and the classified pictures or video files are labeled to mark the supervision process and highlight the supervision results; Step 46: Each terminal of the project project discusses and analyzes the marked typical problems according to the cycle, displays the preset highlights, uses information technology to automatically generate and archive the data generated in the process, and puts the data source into the cloud database for storage and backup, thereby improving data security and saving data storage space, making it convenient for each terminal of the project supervision to check and retrieve data at any time, and conveniently access data to realize real-time sharing of data information.

[0022] Embodiment 2: Embodiment 2 of the present invention provides an engineering supervision system based on an information terminal. Figure 2 A schematic diagram of the module composition of an information terminal-based engineering supervision system provided in the second embodiment of the present invention, such as Figure 2 As shown, the system includes: The supervision information ecological chain module is used to establish a phased supervision information ecological chain according to the supervised project; Supervision data model analysis and management module, used to establish project engineering supervision data model to manage the content and flow of information data; The supervision data feedback sharing module is used to feed back the data generated by multiple supervision methods at each stage of the project to the project quality information database for shared analysis and supervision learning.

[0023] In some embodiments of the present invention, the supervision information ecological chain module includes: Ecological chain node module, used to establish supervision nodes and implementation nodes in the supervision information ecological chain; The construction supervision process establishment module is used to establish a construction supervision process based on the supervision information ecological chain; The project engineering phase division module is used to divide the project engineering into the project preparation phase and the project implementation phase.

[0024] In some embodiments of the present invention, the supervision data model analysis management module includes: A timing relationship determination module is used to determine the timing relationship from the project preparation stage to the project implementation stage; Data-driven module, used to use data-driven to conduct full life cycle analysis of the project engineering supervision process; The data content flow management module is used to manage the data content and flow of the entire supervision process from the project preparation stage to the project implementation stage; The feature data analysis and annotation module is used to analyze and annotate feature data based on each stage of project engineering supervision.

[0025] In some embodiments of the present invention, the supervision data feedback sharing module includes: Supervision feedback database module is used to build a project supervision feedback database and feed back the data of each stage of the project to the project supervision feedback database; The data source label classification and calibration module is used to automatically classify and label the images, videos, and text report data uploaded during the supervision process; The data source cloud storage backup module is used to put the data source into the cloud database for storage and backup.

[0026] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0027] Finally, it should be noted that the above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art can still modify the technical solutions described in the aforementioned embodiments or replace some of the technical features therein by equivalents. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. An engineering supervision system based on an information terminal, comprising a supervision information ecological chain module, a supervision data model analysis and management module, and a supervision data feedback sharing module, characterized in that: The supervision information ecological chain module is used to establish a phased supervision information ecological chain according to the project engineering under supervision; the supervision data model analysis and management module is used to establish a project engineering supervision data model to manage the content and flow of information data; the supervision data feedback sharing module is used to feed back the data generated by multiple supervision methods at each stage of the engineering project to the project quality information database for shared analysis and supervision learning, and the supervision information ecological chain module, the supervision data model analysis and management module are electrically connected to the supervision data feedback sharing module; The execution method of the above-mentioned engineering supervision system based on the information terminal comprises the following steps: Step 1: Establish a phased supervision information ecological chain based on the project to be supervised; Step 2: For the data information circulating in the supervision information ecological chain, establish a project engineering supervision data model to manage the content and flow of information data; Step 3: Analyze and mark the characteristic data of each stage of project engineering supervision; Step 4: Build a project engineering supervision feedback database to feed back the data generated by multiple supervision methods at each stage of the project to the project quality information database for shared analysis and supervision learning; The method flow of establishing a phased supervision information ecological chain according to the project under supervision includes: Project engineering supervision involves the supervision end and the implementation end, which correspond to the supervision node and the implementation node in the supervision information ecological chain. The project engineering is divided into the project preparation stage and the project implementation stage. According to the planning and construction node planning of the project engineering, the transmission cycle of project engineering information data is formed, and a construction supervision process based on the supervision information ecological chain is established; The relationship between nodes in the supervision information ecological chain includes: the supervision node at the supervision end and the implementation node at the implementation end. The supervision information data transmitted on the link includes: standardized data information that needs to be formed and achieved by the project engineering, implementation process analysis data, and project engineering implementation supervision feedback data. The users at the supervision end and the implementation end use the node chain interaction method, and the nodes on the link use the information data real-time reception and transmission flow method. The method flow of establishing a project engineering supervision data model to manage the content and flow of information data includes: Step 21: By determining the timing relationship from the project preparation stage to the project implementation stage, using the supervision guidance document to evaluate the supervision process, establishing the relationship between each timing step in the stage, and after the first step of each stage is completed, iterating to the next step of the project supervision task according to the project timing; Step 22: Use data-driven analysis to conduct a full life cycle analysis of the project engineering supervision process, determine the guiding factor data for project engineering supervision and project-related factor data, and record and manage project factor data starting from the project approval; Step 23: Based on the supervision process of the project engineering, describe the organization process of information data in the supervision process, determine the guiding factor data of supervision, that is, the project supervision target data, rules and guiding data atlas, and determine the projects for project engineering supervision and control based on the guiding factor data; Step 24: Set the data of guiding factors to be independent of each other, constrain the project factors according to the correlation of the data, establish the project engineering supervision data model, and manage the data content and flow of the entire supervision process from the project preparation stage to the project implementation stage; The management method also includes descriptive analysis and integration of data information circulating in the supervision information ecological chain. Since the information data in the actual implementation process of the project engineering has the characteristics of dynamic change characteristics and static characteristics, the data information circulating in the supervision information ecological chain is divided into standardized information and non-standardized information. Different implementation nodes use different coding rules and circulation paths to transmit and output information data; The steps of performing analysis and annotation include: Step 31: Determine the characteristic data of the project engineering supervision steps, and analyze the cause-effect and feedback relationship between the factors in the project engineering supervision steps; Step 32: Sort out the relationships between the various levels, construct a project engineering supervision step model, and construct a model including all factors and causal relationships in the project engineering supervision steps according to the relationships between the various levels to obtain a causal relationship diagram of the project engineering supervision steps; Step 33: assigning values ​​to the influencing factors in the causal relationship diagram and establishing a functional relationship; Step 34: Define the objects, scenarios and events in engineering supervision according to the project engineering supervision objectives, define the characteristic data under each supervision scenario, annotate the supervision objects and scenarios corresponding to the data information circulating in the supervision information ecological chain according to the characteristic data, and generate the annotation content that feedbacks the data circulation situation in the project engineering supervision ecological chain after analysis; Step 35: Use the marked feature data to drive the confirmed feedback of the project progress supervision situation, regularly generate the work output value of the current implementation of the project engineering, draw the corresponding supervision feedback curve in real time according to the progress of the project, and set the corresponding time limit to summarize and analyze the completed project engineering implementation volume; The method steps for performing shared analysis and supervised learning include: Step 41: Build a project engineering supervision feedback database, feed back the data of each stage of the project to the project engineering supervision feedback database, build each specific stage quality control requirement into a functional unit, and each function specifically represents an implementation supervision requirement; Step 42: All functional units are combined to establish a project engineering supervision feedback sharing database for supervision projects, so as to realize shared analysis and supervision learning of project engineering implementation process data; Step 43: Establish a multi-supervision method data database for the project engineering, and automatically classify and collect the pictures, videos, and text report data uploaded during the supervision process; Step 44: All data sources are marked with the corresponding time and supervision content, and the classified pictures or video files are labeled to mark the supervision process and highlight the supervision results; Step 46: Each terminal of the project will discuss and analyze the marked typical problems according to the cycle, display the preset highlights, use information technology to automatically generate and archive the data generated in the process, and put the data source into the cloud database for storage and backup.

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