CN113469840A - Intelligent management system for pile foundation construction - Google Patents
Intelligent management system for pile foundation constructionDownload PDFInfo
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- CN113469840A CN113469840ACN202110666764.4ACN202110666764ACN113469840ACN 113469840 ACN113469840 ACN 113469840ACN 202110666764 ACN202110666764 ACN 202110666764ACN 113469840 ACN113469840 ACN 113469840A
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Abstract
Translated fromChinese
Description
Technical Field
The invention relates to the technical field of pile foundation engineering, in particular to an intelligent management system for pile foundation construction.
Background
The pile foundation is composed of a pile and a pile cap, and the construction method of the pile is divided into two categories of precast pile and cast-in-place pile; the pile driving method is selected according to engineering geological conditions, the type, section, length, site environment and design requirements of the pile are also considered, however, with the fact that the regional span of a construction project is larger and larger, the surrounding large environment changes constantly, project participation members are distributed more and more widely, project departments and superior units cannot master required project data information timely through traditional means, the efficiency of uploading and issuing the data information is low, and the safety and the timeliness are poor.
Therefore, a special construction project (pile foundation project) needs an intelligent management system for pile foundation construction to realize information integration in the implementation process of the pile foundation project, promote effective information sharing and application, and realize business collaboration and supervision, thereby improving the management efficiency of the project.
Through retrieval, chinese patent application No. CN201310403968.4 discloses a shield tunnel construction management system based on BIM, which includes: the system comprises an RFID tag, an RFID reader-writer and a BIM model system which are arranged on a tunnel segment; the RFID reader-writer is used for writing segment coding information into the RFID tag and reading the segment coding information from the RFID tag; the BIM model system is used for acquiring segment coding information read by the RFID reader, calling a BIM model corresponding to the tunnel segment, binding corresponding segment basic information, associating various data sources recorded in the segment construction process with the BIM model, and realizing simulation of the shield tunnel construction process through the BIM model system through real-time data synchronization operation; although the system can monitor and analyze the construction condition and the environment, the system has poor interactivity and relatively single information, and is not suitable for large-scale and multiparty cooperative engineering.
Disclosure of Invention
The invention aims to provide an intelligent management system for pile foundation construction, aiming at the defects in the prior art.
Therefore, the above purpose of the invention is realized by the following technical scheme:
the intelligent management system for the pile foundation construction comprises an operating environment, a data storage layer, a service layer and an application layer, wherein a system platform of the intelligent management system for the pile foundation construction adopts a Windows Server;
the operating environment is deployed by adopting a cloud environment and comprises a cloud PolarDB server, an ECS server, an RDS server and OSS cloud storage;
the data storage layer mainly comprises a pile foundation database, a man-machine material database, a GIS database and a GPS database, wherein the GIS database stores data related to geographic information of a system, and the GPS database stores data such as vehicle transportation, equipment GPS position and the like;
the service layer is based on an SOA service architecture and provides Restful interface service for the application layer;
the application layer comprises a pile foundation construction intelligent management WEB platform, a pile foundation construction APP and a supplier supply management wechat applet, and interaction with a user is finally realized through a Viewmodel and a View layer based on an MVVM front end framework.
While adopting the technical scheme, the invention can also adopt or combine the following technical scheme:
as a preferred technical scheme of the invention: the GIS map service in the GIS database adopts a sky map, the GIS database and the GPS database adopt MySQL databases provided by cloud, the scripting language adopts JavaScript, and a B/S system structure is adopted.
As a preferred technical scheme of the invention: pile foundation construction intelligent management WEB platform includes: the system comprises a home page, a man-machine management module, an organization management module, a project management module, an authority management module, a system log management module, a big story management module, a pile foundation map module, a data query and statistics module, an engineering data management and output module, a construction data report module and the like.
As a preferred technical scheme of the invention: the man-machine management mother module in the intelligent management WEB platform for pile foundation construction is mainly divided into a personnel team management submodule, a personnel entering and leaving management submodule, a mechanical entering and leaving management submodule, a face recognition equipment management submodule, a face recognition record management submodule and a mechanical two-dimensional code management submodule; the project management master module comprises submodules of project information maintenance management, project two-dimensional map configuration, project transport vehicle configuration, construction plan filling and the like.
As a preferred technical scheme of the invention: the pile foundation map shows the geographical condition of the project area, the project construction range and the distribution condition of all pile foundations in a two-dimensional electronic map mode, and simultaneously displays the current geographical position and the vehicle transportation track of the transportation vehicle participating in the project in real time; the method comprises the steps that a pile foundation map calls a satellite image map and a traffic map according to geographical position information configured by a project management function, a project construction range is displayed in a red line mode, and all pile foundation position icons of project design are displayed on the map in a default mode; pile foundation position icon is interactive design, and the content includes the basic information of this pile foundation, and basic information includes: pile foundation number, pile body type, pile foundation pile diameter, design hole depth and drilling machine type; the pile position icons are displayed in different colors (green, yellow, red) based on different types of piles and construction progress.
As a preferred technical scheme of the invention: the data query and statistics female module comprises a foundation pile engineering quantity query and statistics sub-module, a material management standing book sub-module, a mechanical equipment management standing book sub-module and a total engineering progress statistics sub-module; the total project progress statistics submodule counts the planned completion amount and the actual completion amount of the foundation piles of different pile foundation types of each project in each time period (such as a month) in a mode of an engineering progress S curve graph.
As a preferred technical scheme of the invention: the pile foundation construction APP comprises female modules such as a home page, project information, material management, foundation pile management, progress management, quality and safety civilized construction, an address list, data query statistics, a personal center and system monitoring; the project information master module comprises sub-modules of project overview, personnel management, mechanical equipment management and the like; the material management female module comprises sub-modules of material supply, material acceptance and warehousing, material ex-warehouse and utilization and the like; the foundation pile management female module comprises submodules for foundation pile process acquisition, process acceptance, foundation pile detection and the like; the progress management female module comprises submodules such as foundation pile image progress, construction log, construction progress and the like; the data query and statistics female module comprises sub-modules of construction image progress, material statistics, mechanical equipment statistics, foundation pile data, foundation pile detection data and the like.
As a preferred technical scheme of the invention: the project profiles include information such as project names, project profiles, major quantities, start dates, completion dates, construction units, design units, supervision units, construction units, general contract units, and the like.
As a preferred technical scheme of the invention: the personnel management submodule specifically comprises the following actions:
and (3) registration of personnel information: personnel are before the approach, and construction management personnel register before the approach through the project department, the personnel information that need fill in, personnel information contains: name, gender, identity card number, household registration address, work, team and mobile phone number; personal information can also be directly read through identification card identification;
printing a card: after personnel information registration is completed, the worker cards are uniformly printed by the project department, and the worker card information comprises: name, work kind, sex, age, personnel two-dimensional code sign, the work tablet is divided into 4 according to the working property difference, includes: department of project, supervision, construction team personnel, general workers;
people enter and leave the field: when people enter and leave the field, construction team managers or gate guard personnel scan the two-dimensional codes on the staff cards through an attendance machine, namely, the people enter and leave the field;
the pile foundation construction APP provides daily and historical worker type configuration conditions and attendance conditions for project management personnel.
As a preferred technical scheme of the invention: in the mechanical equipment management submodule, the specific implementation mode is as follows:
s1: the method comprises the following steps that a super-long standby GPS positioner is arranged, a two-dimensional code for identifying and distinguishing mechanical equipment and a magnet for stabilizing the positioner are fixed on the positioner, and the positioner sends positioning data to background monitoring service in a heartbeat package mode;
s2: before a machine enters a field, a manager registers information of mechanical equipment to be entered by a project department, wherein the information comprises equipment type, equipment name, equipment number, equipment code, driver name, driver contact way and driving license accessories;
s3: the method comprises the steps that a GPS locator is issued when equipment enters a field at a project entrance and exit, and managers or gate posts scan two-dimensional codes on the locator through mobile phone apps;
s4: after the mechanical equipment enters the field, the system acquires the use state and the use duration of the equipment according to the heartbeat positioning coordinate of the GPS positioner, and confirms the use condition of the mechanical equipment after the mechanical equipment enters the field by assisting in unscheduled inspection of the mechanical equipment;
s5: the equipment leaves the field, a GPS locator is recovered, and the two-dimensional code on the locator is scanned through mobile phone app to identify the equipment leaves the field;
s6: when the equipment leaves the field, but the GPS locator is not recovered, the system automatically alarms, and the red line of the project is used as an electronic fence for automatic analysis.
The invention provides an intelligent management system for basic construction, which has the following beneficial effects:
(1) the invention realizes the efficient and compact business cooperation of each professional, strengthens and standardizes the business management of the engineering project; the system is constructed, the information isolated island current situation of the prior engineering project simplification management is broken through, and the system practicability is greatly enhanced.
(2) The invention takes data information as the center, and the work responsibility and content of the project member are based on data management, thus realizing 'one-time input and multiple utilization', namely, each project member only needs to complete the work of itself, and the rapid flow of the service can be realized.
(3) The invention can be used as a multi-level software system and network information platform for construction site management, project remote monitoring, project multi-party cooperation, enterprise knowledge and information management and the like, can automatically generate data facing different subjects, and realizes informatization of various resources.
(4) The invention collects the data of each business link in the pile foundation construction process, and carries out classification, processing, arrangement and filing again, so that the data becomes complete and available records, a unified and open production data sharing platform is formed, data support and decision basis are provided for relevant departments such as construction management and the like, and reliable, accurate, timely and complete data guarantee is provided for advanced application of enterprise informatization construction.
(5) The invention can monitor each business link of pile foundation construction in a centralized way, truly reflects the construction process condition, enables managers at all levels to know and master the construction condition in time, accurately, comprehensively and intuitively, and further realizes unified command and centralized scheduling of the whole project construction process.
Drawings
Fig. 1 is an overall frame diagram of an intelligent management system for pile foundation construction according to the present invention.
Fig. 2 is a software functional block diagram of the intelligent management system for pile foundation construction according to the present invention.
Fig. 3 is an example diagram of a pile foundation map of the pile foundation construction intelligent management system provided by the invention.
Fig. 4 is an exemplary diagram of an engineering progress S-curve diagram of the intelligent management system for pile foundation construction according to the present invention.
Detailed Description
The invention is described in further detail with reference to the figures and specific embodiments.
As shown in fig. 1, fig. 1 is a general framework diagram of an intelligent management system for pile foundation construction according to the present invention. The intelligent management system for pile foundation construction comprises an operating environment, a data storage layer, a service layer and an application layer; the operating environment is deployed by adopting a cloud environment and comprises a cloud PolarDB server, an ECS server, an RDS server and OSS cloud storage; the data storage layer mainly comprises a pile foundation database, a man-machine material database, a GIS database and a GPS database, wherein the GIS database stores data related to geographic information of a system, and the GPS database stores data such as vehicle transportation, equipment GPS position and the like; the service layer is based on an SOA service architecture and provides Restful interface service for the application layer; the application layer comprises a pile foundation construction intelligent management WEB platform, a pile foundation construction APP and a supplier supply management wechat applet, and interaction is finally realized with a user through a Viewmodel and a View layer based on an MVVM front end framework.
In order to build a complete software system; referring to fig. 2 and table 1, fig. 2 is a software function module diagram of the intelligent management system for pile foundation construction provided by the present invention, and table 1 is a schematic table of platform service and operation environment of the intelligent management system for pile foundation construction provided by the present invention. The system platform of the intelligent management system for pile foundation construction adopts Windows Server, a GIS map service in a GIS database adopts a sky map, the GIS database and a GPS database both adopt MySQL databases provided by cloud, a scripting language adopts JavaScript, and a B/S system structure is adopted.
TABLE 1
The intelligent management WEB platform for pile foundation construction comprises a main module, a plurality of modules and a plurality of modules, wherein the main module comprises a homepage, a man-machine management module, an organization mechanism management module, a project management module, an authority management module, a system log management module, a big story management module, a pile foundation map module, a data query and statistics module, an engineering data management and output module, a construction data report module and the like;
the man-machine management mother module is mainly divided into a personnel team management submodule, a personnel entering and leaving management submodule, a mechanical entering and leaving management submodule, a face recognition equipment management submodule, a face recognition record management submodule and a mechanical two-dimensional code management submodule. The personnel team management submodule and the personnel field-entering and field-leaving management submodule are used for carrying out combined query on the basis of the name, time period, work type, sex, blood type and registrant of a construction team; respectively providing functions of adding, exporting Excel, editing, deleting, inquiring conditions, checking the two-dimensional code of the worker's card, printing the worker's card, adding the worker's type and checking the daily entering and leaving details of personnel; the mechanical entering and leaving management submodule provides functions of adding mechanical types in batches and checking daily entering and leaving details of the machines; the face recognition device management submodule and the face recognition record management submodule respectively carry out combined query based on the device name, the device state (online and offline) and the recognition time, and provide an editing function. And the mechanical two-dimensional code management submodule provides functions of condition query, deletion and batch printing. The project management master module comprises submodules of project information maintenance management, project two-dimensional map configuration, project transport vehicle configuration, construction plan filling and the like. The project two-dimensional map configuration submodule configures information such as a red line range, a project center position, a two-dimensional map source and the like of a project to realize the initialization of the geographic information data of the pile foundation distribution map; the project transportation vehicle configuration submodule is mainly used for carrying out unified management on the material transportation vehicle information of a supplier; providing a condition screening function, and positioning and checking historical tracks on a map by clicking a license plate; the construction plan filling sub-module mainly manages the monthly engineering monomers in the project. And providing functions of adding, editing, deleting and condition screening.
Fig. 3 is a diagram of an example of a pile foundation map of the intelligent management system for pile foundation construction according to the present invention. The pile foundation map shows the geographical condition of the project area, the project construction range and the distribution condition of all pile foundations in a two-dimensional electronic map mode, and simultaneously displays the current geographical position and the vehicle transportation track of the transportation vehicle participating in the project in real time; the method comprises the steps that a pile foundation map calls a satellite image map and a traffic map according to geographical position information configured by a project management function, a project construction range is displayed in a red line mode, and all pile foundation position icons of project design are displayed on the map in a default mode; pile foundation position icon is interactive design, and the content includes the basic information of this pile foundation, and basic information includes: pile foundation number, pile body type, pile foundation pile diameter, design hole depth and drilling machine type; the pile position icons are displayed in different colors (green, yellow, red) based on different types of piles and construction progress. The user can be according to the needs of bandwagon effect, show the pile foundation position with the mode of polymerization distribution when map scale is than littleer, show the pile foundation position with the form of different grade type icon after the map enlargies, the pile foundation serial number, click the basic information that this pile foundation can be looked over to every pile foundation position icon, the pile foundation map will show satellite image picture with the mode control on different picture layers, the pile foundation distribution map, the construction progress, mechanical equipment, haulage vehicle, can show and hide corresponding picture layer according to the use needs. The pile foundation map can show the construction image progress of each current pile foundation on the two-dimensional map. The pile foundation map also provides the functions of switching items and inquiring the map to position according to the pile foundation number.
Fig. 4 is a diagram illustrating an example of a project progress S-curve diagram of an intelligent management system for pile foundation construction according to the present invention. The data query and statistics female module comprises a foundation pile engineering quantity query and statistics sub-module, a material management standing book sub-module, a mechanical equipment management standing book sub-module and a total engineering progress statistics sub-module; the total project progress counting submodule counts the planned completion amount and the actual completion amount of foundation piles of different pile foundation types of each project in each time period (month) in a project progress S curve graph mode.
The pile foundation construction APP comprises female modules such as a home page, project information, material management, foundation pile management, progress management, quality and safety civilized construction, an address list, data query statistics, a personal center and system monitoring; the project information master module comprises sub-modules of project overview, personnel management, mechanical equipment management and the like; the material management female module comprises sub-modules of material supply, material acceptance and warehousing, material ex-warehouse and utilization and the like; the foundation pile management female module comprises submodules for foundation pile process acquisition, process acceptance, foundation pile detection and the like; the progress management female module comprises submodules such as foundation pile image progress, construction log, construction progress and the like; the data query and statistics female module comprises sub-modules of construction image progress, material statistics, mechanical equipment statistics, foundation pile data, foundation pile detection data and the like.
The project profiles include information such as project names, project profiles, major quantities, start dates, completion dates, construction units, design units, supervision units, construction units, general contract units, and the like.
The personnel management submodule specifically comprises the following actions:
and (3) registration of personnel information: personnel are before the approach, and construction management personnel register before the approach through the project department, the personnel information that need fill in, personnel information contains: name, gender, identity card number, household registration address, work, team and mobile phone number; personal information can also be directly read through identification card identification;
printing a card: after personnel information registration is completed, the worker cards are uniformly printed by the project department, and the worker card information comprises: name, work kind, sex, age, personnel two-dimensional code sign, the work tablet is divided into 4 kinds according to the working property difference, divide into: department of project, supervision, construction team personnel, general workers;
people enter and leave the field: when people enter and leave the field, construction team managers or gate guard personnel scan the two-dimensional codes on the staff cards through an attendance machine, namely, the people enter and leave the field;
the pile foundation construction APP provides daily and historical worker type configuration and attendance checking conditions for project management workers.
In the mechanical equipment management submodule, the specific implementation mode is as follows:
s1: the method comprises the following steps that a super-long standby GPS positioner is arranged, a two-dimensional code for identifying and distinguishing mechanical equipment and a magnet for stabilizing the positioner are fixed on the positioner, and the positioner sends positioning data to background monitoring service in a heartbeat package mode;
s2: before a machine enters a field, a manager registers information of mechanical equipment to be entered by a project department, wherein the information comprises equipment type, equipment name, equipment number, equipment code, driver name, driver contact way and driving license accessories;
s3: the method comprises the steps that a GPS locator is issued when equipment enters a field at a project entrance and exit, and managers or gate posts scan two-dimensional codes on the locator through mobile phone apps;
s4: after the mechanical equipment enters the field, the system acquires the use state and the use duration of the equipment according to the heartbeat positioning coordinate of the GPS positioner, and confirms the use condition of the mechanical equipment after the mechanical equipment enters the field by assisting in unscheduled inspection of the mechanical equipment;
s5: the equipment leaves the field, a GPS locator is recovered, and the two-dimensional code on the locator is scanned through mobile phone app to identify the equipment leaves the field;
s6: when the equipment leaves the field, but the GPS locator is not recovered, the system automatically alarms, and the red line of the project is used as an electronic fence for automatic analysis.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical scope of the present invention and the equivalent alternatives or modifications according to the technical solution and the inventive concept of the present invention within the technical scope of the present invention.
Claims (10)
1. Pile foundation construction intellectuality management system, pile foundation construction intellectuality management system includes operational environment, data storage layer, service layer and application layer, its characterized in that: the system platform of the intelligent management system for pile foundation construction adopts Windows Server;
the operating environment is deployed by adopting a cloud environment and comprises a cloud PolarDB server, an ECS server, an RDS server and OSS cloud storage;
the data storage layer mainly comprises a pile foundation database, a man-machine material database, a GIS database and a GPS database, wherein the GIS database stores data related to geographic information of a system, and the GPS database stores vehicle transportation and equipment GPS position data;
the service layer is based on an SOA service architecture and provides Restful interface service for the application layer;
the application layer comprises a pile foundation construction intelligent management WEB platform, a pile foundation construction APP and a supplier supply management wechat applet, and interaction with a user is finally realized through a Viewmodel and a View layer based on an MVVM front end framework.
2. The intelligent management system for pile foundation construction according to claim 1, wherein: the GIS map service in the GIS database adopts a sky map, the GIS database and the GPS database adopt MySQL databases provided by cloud, the scripting language adopts JavaScript, and a B/S system structure is adopted.
3. The intelligent management system for pile foundation construction according to claim 1, wherein: pile foundation construction intelligent management WEB platform includes: the system comprises a home page, a man-machine management module, an organization management module, a project management module, an authority management module, a system log management module, a big note management module, a pile foundation map module, a data query and statistics module, an engineering data management module, an output module and a construction data report module.
4. The intelligent management system for pile foundation construction according to claim 3, wherein: the man-machine management mother module in the intelligent management WEB platform for pile foundation construction is mainly divided into a personnel team management submodule, a personnel entering and leaving management submodule, a mechanical entering and leaving management submodule, a face recognition equipment management submodule, a face recognition record management submodule and a mechanical two-dimensional code management submodule; the project management master module comprises project information maintenance management, project two-dimensional map configuration, project transport vehicle configuration and construction plan filling sub-modules.
5. The intelligent management system for pile foundation construction according to claim 3, wherein: the pile foundation map shows the geographical condition of the project area, the project construction range and the distribution condition of all pile foundations in a two-dimensional electronic map mode, and simultaneously displays the current geographical position and the vehicle transportation track of the transportation vehicle participating in the project in real time; the method comprises the steps that a pile foundation map calls a satellite image map and a traffic map according to geographical position information configured by a project management function, a project construction range is displayed in a red line mode, and all pile foundation position icons of project design are displayed on the map in a default mode; pile foundation position icon is interactive design, and the content includes the basic information of this pile foundation, and basic information includes: pile foundation number, pile body type, pile foundation pile diameter, design hole depth and drilling machine type; the pile foundation position icons are displayed in different colors based on different types of pile foundations and construction progress.
6. The intelligent management system for pile foundation construction according to claim 3, wherein: the data query and statistics female module comprises a foundation pile engineering quantity query and statistics sub-module, a material management standing book sub-module, a mechanical equipment management standing book sub-module and a total engineering progress statistics sub-module; and the total project progress counting submodule counts the planned completion amount and the actual completion amount of the foundation piles under different pile foundation types of each project in each time period in a project progress S curve graph mode.
7. The intelligent management system for pile foundation construction according to claim 1, wherein: the pile foundation construction APP comprises a home page, project information, material management, foundation pile management, progress management, quality and safety civilized construction, an address list, data query statistics, a personal center and a system monitoring female module; the project information master module comprises project overview, personnel management and mechanical equipment management sub-modules; the material management female module comprises a material supply submodule, a material acceptance and warehousing submodule and a material ex-warehouse and utilization submodule; the foundation pile management female module comprises a foundation pile process acquisition and process acceptance and foundation pile detection submodule; the progress management female module comprises a foundation pile image progress, a construction log and a construction progress sub-module; the data query and statistics female module comprises sub-modules of construction image progress, material statistics, mechanical equipment statistics, foundation pile data and foundation pile detection data.
8. The intelligent management system for pile foundation construction according to claim 7, wherein: the project profile includes project name, project profile, major project amount, start date, completion date, construction unit, design unit, supervision unit, construction unit, general contract unit information.
9. The intelligent management system for pile foundation construction according to claim 7, wherein: the personnel management submodule specifically comprises the following actions:
and (3) registration of personnel information: personnel are before the approach, and construction management personnel register before the approach through the project department, the personnel information that need fill in, personnel information contains: name, gender, identity card number, household registration address, work, team and mobile phone number; personal information can also be directly read through identification card identification;
printing a card: after personnel information registration is completed, the worker cards are uniformly printed by the project department, and the worker card information comprises: name, work kind, sex, age, personnel two-dimensional code sign, the work tablet is divided into 4 according to the working property difference, includes: department of project, supervision, construction team personnel, general workers;
people enter and leave the field: when people enter and leave the field, construction team managers or gate guard personnel scan the two-dimensional codes on the staff cards through an attendance machine, namely, the people enter and leave the field;
the pile foundation construction APP provides daily and historical worker type configuration conditions and attendance conditions for project management personnel.
10. The intelligent management system for pile foundation construction according to claim 7, wherein: in the mechanical equipment management submodule, the specific implementation mode is as follows:
s1: the method comprises the following steps that a super-long standby GPS positioner is arranged, a two-dimensional code for identifying and distinguishing mechanical equipment and a magnet for stabilizing the positioner are fixed on the positioner, and the positioner sends positioning data to background monitoring service in a heartbeat package mode;
s2: before a machine enters a field, a manager registers information of mechanical equipment to be entered by a project department, wherein the information comprises equipment type, equipment name, equipment number, equipment code, driver name, driver contact way and driving license accessories;
s3: the method comprises the steps that a GPS locator is issued when equipment enters a field at a project entrance and exit, and managers or gate posts scan two-dimensional codes on the locator through mobile phone apps;
s4: after the mechanical equipment enters the field, the system acquires the use state and the use duration of the equipment according to the heartbeat positioning coordinate of the GPS positioner, and confirms the use condition of the mechanical equipment after the mechanical equipment enters the field by assisting in unscheduled inspection of the mechanical equipment;
s5: the equipment leaves the field, a GPS locator is recovered, and the two-dimensional code on the locator is scanned through mobile phone app to identify the equipment leaves the field;
s6: when the equipment leaves the field, but the GPS locator is not recovered, the system automatically alarms, and the red line of the project is used as an electronic fence for automatic analysis.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114331377A (en)* | 2021-12-30 | 2022-04-12 | 中铁二局集团电务工程有限公司 | Project management system for counting by point location engineering quantity list |
| CN114723364A (en)* | 2022-04-01 | 2022-07-08 | 上海巨鲲科技有限公司 | Supervision method of foundation pit steel support turnover |
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| CN114331377A (en)* | 2021-12-30 | 2022-04-12 | 中铁二局集团电务工程有限公司 | Project management system for counting by point location engineering quantity list |
| CN114723364A (en)* | 2022-04-01 | 2022-07-08 | 上海巨鲲科技有限公司 | Supervision method of foundation pit steel support turnover |
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