CN114677044A - Management system and method for intelligent building supervision engineering project - Google Patents

Abstract

The invention relates to a management system for an intelligent building supervision project, which comprises: the constructor management subsystem comprises: the system is used for collecting and recording the information of the construction personnel every day and the physical health condition of the construction personnel; the construction project management subsystem: the system is used for establishing and recording all project information file supervisor information of each item; the background data collection and storage subsystem: the construction management subsystem is used for collecting and storing information sent by the constructor management subsystem and the construction management subsystem; engineering project management subsystem: the system is used for supervising and managing constructors, supervision personnel and engineering progress conditions of the whole engineering through data of the background data collection and storage subsystem. The invention can target the engineering management, track and control the process, provide real-time data for managers, facilitate the interaction of companies and field supervision projects, and strengthen the daily intelligent management of the companies to the field supervision projects.

Description

Management system and method for intelligent building supervision engineering project

Technical Field

The invention relates to the technical field of building engineering, in particular to a management system and a management method for an intelligent building supervision engineering project.

Background

Project supervision refers to the entrust of a supervision unit with related qualification by a party A, and represents a specialized service activity for monitoring the project construction of a party B by the party A according to project construction documents approved by the country, laws and regulations related to the project construction, project construction supervision contracts and other project construction contracts. Project supervision is a paid project consultation service; is entrusted by the first party; the supervision is mainly based on laws, regulations, technical standards, related contracts and documents; the supervision criterion is law keeping, integrity, justice and science; the supervision aims to ensure the quality and safety of engineering construction, improve the engineering construction level and fully exert investment benefits.

The construction project supervision unit is entrusted by the construction unit, controls the quality, the cost and the progress of the construction project in the construction stage according to laws and regulations, engineering construction standards, reconnaissance design files and contracts, manages the contracts and information, coordinates the relationship of the relevant parties of the engineering construction and performs the service activities of legal obligations of the safety production management of the construction project.

When the construction project supervision is established, the construction unit entrusts the relevant services such as the investigation, design and warranty stages, and the relevant terms such as the working range, the content, the service period and the remuneration of the relevant services are determined in the contract.

In the actual supervision work, supervision companies carry out supervision services, different companies carry different quantities of projects, a large supervision company may carry out supervision work on hundreds of projects at the same time, and a small supervision company often has ten supervision projects. Such many supervision projects are often scattered in different areas, across districts, across cities, across provinces, or even across countries according to the characteristics of construction projects, and each project is provided with a supervision project department, and field supervisors are assigned to carry out field supervision work and perform field supervision tasks on behalf of companies. However, since the projects are distributed around the world, the supervision and field supervision at the company level is inconvenient or costly. Therefore, an on-line information management and system for project supervision is needed to be established, and the supervision of the carried project is enhanced and the project implementation situation and the daily working situation of the field supervision personnel are known by using a communication information platform of companies, projects and field supervision personnel. And at present, a plurality of problems are also encountered in the aspects of safety, quality, progress and collaboration of the building site personnel and the environment. The problems of wrong attendance, missed work, disputes, improper personnel allocation and the like occur. The traditional management mode faces to the groups of construction workers with strong mobility, and has great challenges in the aspects of data information updating, content accuracy and the like, and real-time dynamic perception cannot be realized.

Therefore, a management system and a method for an intelligent building supervision engineering project are needed to be a hot issue to which researchers in this field pay attention.

Disclosure of Invention

The invention aims to provide a management system and a management method for an intelligent building supervision project, which are convenient for interaction between a company and a field supervision project and enhance daily intelligent management of the company on the field supervision project.

In order to achieve the purpose, the invention provides the following scheme:

a management system for an intelligent building supervision engineering project comprises:

the constructor management subsystem comprises: the system is used for collecting and recording the information of the construction personnel every day and the physical health condition of the construction personnel;

the construction project management subsystem: the system comprises a management personnel information file, a management personnel information file and a management personnel information file, wherein the management personnel information file is used for establishing and recording all project information files of various projects, the project information files comprise project design information, project approval information and project construction information, and the management personnel information comprises management personnel information codes and management personnel names;

the background data collection and storage subsystem: the construction management subsystem is used for collecting and storing information sent by the constructor management subsystem and the construction management subsystem;

engineering project management subsystem: and the system is used for supervising and managing constructors, supervision personnel and engineering progress conditions of the whole engineering through the data of the background data collection and storage subsystem.

Preferably, the constructor management subsystem comprises a user real-name management module, a health monitoring module and a personnel positioning module, wherein the user real-name management module is used for carrying out information acquisition and attendance checking on constructors and recording the working conditions of the constructors in real time; the health monitoring module is used for monitoring the physical health condition of the constructor in real time; the personnel positioning module is used for positioning the positions of constructors in the construction site in real time.

Preferably, the user real-name management module acquires information of newly-entered constructors through the real-name management all-in-one machine, and signs in and checks attendance on old workers who enter the construction; health monitoring module is right through wearing in constructor's intelligent monitoring equipment constructor's health status detects, intelligent monitoring equipment is provided with integrated intelligent chip, sensor group and feedback subassembly, sensor assembly includes optics heart rate sensor, bioelectrical impedance sensor, skin electricity reaction sensor, acceleration sensor, sensor assembly carries out regularly when data to constructor operation gather and carry extremely intelligent chip and default carry out the comparative analysis, pass through when the skew default of data feedback subassembly inform constructor and with data transmission to backstage data collection storage subsystem.

Preferably, the construction project management subsystem includes:

the engineering information acquisition module: the system is used for establishing the project information file and acquiring the supervisor information of the corresponding project;

a time axis construction module: the system is used for constructing a log viewing time axis, setting a log viewing node in the log viewing time axis according to the engineering information file and the proctoring personnel information, and constructing a connection between the log viewing node and the engineering information file as well as the proctoring personnel information;

an engineering database: the system is used for storing the log checking time axis, the project information file and the proctoring staff information, and obtaining corresponding project and proctoring staff information by automatically comparing information codes in the project information and the proctoring staff information;

a visualization platform: the system is used for displaying the corresponding project and the proctoring staff information; a log viewing tag is also arranged in the visualization platform; the log viewing label is used for displaying the log viewing time axis in the visualization platform, displaying the project log files corresponding to the log viewing nodes and displaying the corresponding generation time.

Preferably, the engineering information obtaining module can also obtain an engineering scheduling list, the engineering scheduling list comprises a plurality of engineering nodes, and the engineering nodes are arranged in the engineering scheduling list according to a time sequence.

Preferably, the visualization platform is used for viewing construction condition videos in a construction site, setting the construction video viewing tags, responding to operation of viewing the tags by the construction video, and displaying the construction condition videos in the visualization platform, wherein the construction progress videos are collected through a camera device arranged on the construction site.

Preferably, the engineering project management subsystem includes the real-time supervision module, the real-time supervision module monitors in real time through the environmental monitoring sensor who sets up in the job site, and the environmental monitoring sensor includes temperature sensor, humidity transducer, PM2.5 sensor and noise sensor, the environmental monitoring sensor advances periodic analysis to the place monitoring data of gathering through engineering project construction file, comes the change of analytical data according to the activity duration of whole project engineering, makes the conjecture to future engineering place environmental change, makes things convenient for constructor to make precautionary measure in advance, improves the management effect to the construction place.

Preferably, the project management subsystem can also compare the project information and the supervision personnel information from the field with the project information and the supervision personnel information in the project database by reading the project information and the supervision personnel information in the background data collection and storage subsystem, and if the information from the field is matched with the project information and the supervision personnel information stored in the project database, the project information and the supervision personnel information can be added and modified in the database.

Preferably, the engineering project management subsystem further comprises:

a supplier management module: various suppliers for managing admission, including temporary suppliers and contract suppliers, managing the contract/category/qualification and other basic information of the suppliers;

financial management module: the system is used for managing the execution of financial data, managing deducible amounts of tax rate, payment place and payment mode of each project sales tax and tax rate of entry tax, and managing and controlling tax burden of a single project; and carrying out centralized management on the fund going details of the project.

A management method for an intelligent building supervision project comprises the following steps:

acquiring basic information and physical health condition of constructors, engineering information files and supervision personnel information based on a constructor management subsystem and a construction project management subsystem;

the number of the construction workers and the physical health condition are stored and monitored through a background data collection and storage subsystem, and the project information file and the supervision personnel information are stored and sent to a project management subsystem;

the engineering project management subsystem is used for supervising and managing constructors, supervision personnel and engineering progress conditions of each project, and interaction and daily intelligent management of a company and a field supervised project are enhanced by reading and comparing project and personnel information stored in an engineering database.

The invention has the beneficial effects that:

(1) according to the invention, through the project construction management subsystem, project management is targeted, and the process is tracked and controlled, so that real-time data is provided for a manager, a company can conveniently interact with a field supervision project, and daily intelligent management of the company on the field supervision project is enhanced;

(2) the constructor management subsystem is used for carrying out real-name management on the personnel in the whole construction project, so that the risk coefficient of stealing system information by external personnel is reduced, and the safety of user information management is ensured. The management of the project on labor employment is effectively improved, and the dispute risk of the labor employment is reduced;

(3) the invention can process dangerous accidents in time, is convenient for workers to prevent engineering accidents in time, helps the workers to avoid dangers or stop engineering forcibly in time, and reduces the influence of the dangerous accidents on the whole engineering and the health of the workers as much as possible.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without inventive exercise.

Fig. 1 is a schematic structural diagram of a project management system for intelligent building supervision engineering according to an embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.

As shown in fig. 1, the present embodiment provides a management system for an intelligent building supervision engineering project, including:

the constructor management subsystem comprises: the system is used for collecting and recording the number of construction personnel per day and the physical health conditions of the construction personnel;

the construction project management subsystem: the system comprises a plurality of management personnel information files and a plurality of management personnel information files, wherein the management personnel information files comprise management personnel information codes and management personnel names;

the background data collection and storage subsystem: the construction management subsystem is used for collecting and storing information sent by the constructor management subsystem and the construction management subsystem;

engineering project management subsystem: and the system is used for supervising and managing constructors, supervision personnel and engineering progress conditions of the whole engineering through the data of the background data collection and storage subsystem.

The constructor management subsystem comprises a user real-name management module, a health monitoring module and a personnel positioning module, wherein the user real-name management module is used for carrying out information acquisition and attendance check on constructors and recording the attendance condition of the constructors in real time; the health monitoring module is used for monitoring the physical health condition of the constructor in real time; the personnel positioning module is used for positioning the positions of constructors in the construction site in real time. The user real-name management module acquires information of newly-entered constructors through the real-name management integrated machine and signs in and checks attendance on the old constructors who enter the construction; health monitoring module is right through wearing in constructor's intelligent monitoring equipment constructor's health status detects, intelligent monitoring equipment is provided with integrated intelligent chip, sensor group and feedback subassembly, sensor assembly includes optics heart rate sensor, bioelectrical impedance sensor, skin electricity reaction sensor, acceleration sensor, sensor assembly carries out regularly when data to constructor operation gather and carry extremely intelligent chip and default carry out the comparative analysis, pass through when the skew default of data feedback subassembly inform constructor and with data transmission to backstage data collection storage subsystem.

The construction project management subsystem comprises:

the engineering information acquisition module: the system is used for establishing the project information file and acquiring the supervisor information of the corresponding project;

a time axis construction module: the system is used for constructing a log viewing time axis, setting a log viewing node in the log viewing time axis according to the engineering information file and the proctoring personnel information, and constructing a connection between the log viewing node and the engineering information file as well as the proctoring personnel information;

an engineering database: the system is used for storing the log checking time axis, the project information file and the proctoring staff information, and obtaining corresponding project and proctoring staff information by automatically comparing information codes in the project information and the proctoring staff information;

a visualization platform: the system is used for displaying the corresponding project and proctoring personnel information; a log viewing tag is also arranged in the visualization platform; the log viewing label is used for displaying the log viewing time axis in the visualization platform, displaying the project log files corresponding to the log viewing nodes and displaying the corresponding generation time.

The engineering information acquisition module can also acquire an engineering schedule table, wherein the engineering schedule table comprises a plurality of engineering nodes, and the engineering nodes are arranged in the engineering schedule table according to a time sequence. The project schedule is a main information source for understanding the project planning cycle. The project schedule is specified according to the whole project schedule, and the completion time and the completion sequence of all the project nodes are included, so that the future project schedule and the expected delivery time can be known after the project schedule is seen. The project schedule can be obtained from the project database through the schedule checking tag, and then can be displayed in the visual platform.

The project information file is edited by a project manager on site and uploaded to a project database, so that a user can conveniently check the project information file. The project information file comprises construction pictures and construction project drawing speed. The number of the construction pictures can be properly adjusted according to the progress degree of the project. Project information files are uploaded once every period of time, and in actual projects, project managers generally edit and upload at least once a day. All the project information files are stored in a project database, a log viewing time axis is set for facilitating the viewing of the project information files, and the project information files are subjected to time sequence association in a time axis mode. The log viewing time axis is provided with a plurality of log viewing nodes, the number of the log viewing nodes is consistent with the number of the engineering log files, a new log viewing node is generated in the log viewing time axis when a new engineering log file is uploaded, the log viewing nodes are arranged in the log viewing time axis according to the time sequence, the time corresponding to the log viewing nodes is not the uploading time of the engineering information file but the generation time of the engineering information file, and therefore the log viewing nodes and the engineering information file are completely corresponding and unified in time. All the engineering information files are connected with the corresponding log viewing nodes, so that the engineering information files can be acquired through the log viewing time axis in the following process.

The background data collection and storage subsystem stores a plurality of supervision project names and project codes of company field management, and field supervision manager names and personnel code information; acquiring field project information reporting information, supervision personnel reporting and feedback information; acquiring project information pre-stored in a database, wherein the project information pre-stored in a subsystem and field proctor information are acquired, and project information codes, project names and project information are carried in the project information; the field supervisor information carries a supervisor information code, a personnel name and personnel information; automatically comparing information codes in the project information and the personnel information through the system and obtaining project information and personnel information corresponding to the project information and the personnel information received by the system; displaying the item and personnel information at the mobile terminal based on the acquired item and personnel information; the project and personnel information stored in the database is read, so that the supervision project information and the personnel information from the site are compared with the project and personnel information in the database, and if the project information and the personnel information from the site are matched with the project information and the personnel information stored in the database, the project information and the supervision personnel information can be added and modified in the database.

The visual platform is used for checking a construction progress video in a construction site, setting a construction video checking label, responding to the operation of checking the label by the construction video, displaying the construction progress video in the visual platform, and acquiring the construction progress video through a camera device arranged on the construction site.

Engineering project management subsystem includes the real-time supervision module, the real-time supervision module is monitored in real time through the environmental monitoring sensor who sets up in the job site, and the environmental monitoring sensor includes temperature sensor, humidity transducer, PM2.5 sensor and noise sensor, the periodic analysis is marchd to the place monitoring data of gathering through engineering project construction file to the environmental monitoring sensor, comes the change of analytical data according to the activity duration of whole project engineering, makes the conjecture to future engineering place environmental change, makes things convenient for constructor to make precautionary measure in advance, improves the management effect to the construction site. When dangerous accident appears, the area and the danger degree of the dangerous accident will be transmitted to the manager and the external environment of the construction site through the communication device, and the specific condition of the accident is stored in the engineering database, so that the external personnel and the manager can take effective measures in time, and the accident loss is reduced as much as possible. The real-time monitoring module is also used for monitoring the health condition of constructors, even if relevant responsible personnel are informed.

According to the further optimization scheme, the project management subsystem can compare project information and supervision personnel information from the field with project information and supervision personnel information stored in the project database by reading the project information and the supervision personnel information stored in the project database, and if the project information and the supervision personnel information from the field are matched with the project information and the establishment personnel information stored in the project database, the project information and the supervision personnel information can be added and modified in the database.

In a further optimization scheme, the engineering project management subsystem further comprises:

a supplier management module: various suppliers for managing admission, including temporary suppliers and contract suppliers, managing the contract/category/qualification and other basic information of the suppliers; the supplier product management module is used for managing, classifying and managing the types, brands, specification models and prices of the products of the suppliers; unified financial management is carried out on account periods/accounts/invoices of the suppliers and all companies/all project departments; and managing and classifying the suppliers, selecting high-quality suppliers and performing associated recommendation.

The financial management module: the system is used for managing the execution of financial data, managing deducible amounts of tax rate, payment place and payment mode of each project sales tax and tax rate of entry tax, and managing and controlling tax burden of a single project; and carrying out centralized management on the fund going details of the project. And managing the receipt of the income tax invoice for each project, including tax types and deductible amount.

The embodiment also provides a management method for the intelligent building supervision engineering project, which comprises the following steps:

acquiring the number and physical health condition of constructors, an engineering information file and supervision personnel information based on a constructor management subsystem and a construction project management subsystem;

the number of the constructors and the physical health condition are stored and monitored through a background data collection and storage subsystem, and the project information file and the supervision personnel information are stored and sent to a project management subsystem;

the engineering project management subsystem is used for supervising and managing constructors, supervision personnel and engineering progress conditions of each project, and interaction and daily intelligent management of a company and a field supervised project are enhanced by reading and comparing project and personnel information stored in an engineering database.

The above-described embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solutions of the present invention can be made by those skilled in the art without departing from the spirit of the present invention, and the technical solutions of the present invention are within the scope of the present invention defined by the claims.

Claims (10)

1. The utility model provides a management system towards wisdom building supervision engineering project which characterized in that includes:

the constructor management subsystem comprises: the system is used for collecting and recording the information of the construction personnel every day and the physical health condition of the construction personnel;

the construction project management subsystem: the system comprises a management personnel information file, a management personnel information file and a management personnel information file, wherein the management personnel information file is used for establishing and recording all project information files of various projects, the project information files comprise project design information, project approval information and project construction information, and the management personnel information comprises management personnel information codes and management personnel names;

the background data collection and storage subsystem: the construction management subsystem is used for collecting and storing information sent by the constructor management subsystem and the construction management subsystem;

engineering project management subsystem: and the system is used for supervising and managing constructors, supervision personnel and engineering progress conditions of the whole engineering through the data of the background data collection and storage subsystem.

2. The management system for the intelligent building supervision engineering project according to claim 1, wherein the constructor management subsystem comprises a user real-name management module, a health monitoring module and a personnel positioning module, wherein the user real-name management module is used for carrying out information acquisition and attendance check on constructors and recording the working conditions of the constructors in real time; the health monitoring module is used for monitoring the physical health condition of the constructor in real time; the personnel positioning module is used for positioning the positions of constructors in the construction site in real time.

3. The management system for the intelligent building supervision engineering project according to claim 2, wherein the user real-name management module collects information of newly-entered constructors through a real-name management all-in-one machine and checks attendance of old workers who enter the construction; health monitoring module is right through wearing in constructor's intelligent monitoring equipment constructor's health status detects, intelligent monitoring equipment is provided with integrated intelligent chip, sensor group and feedback subassembly, sensor assembly includes optics heart rate sensor, bioelectrical impedance sensor, skin electricity reaction sensor, acceleration sensor, sensor assembly carries out regularly when data to constructor operation gather and carry extremely intelligent chip and default carry out the comparative analysis, pass through when the skew default of data feedback subassembly inform constructor and with data transmission to backstage data collection storage subsystem.

4. The intelligent building supervision engineering project management system according to claim 1, wherein the construction project management subsystem comprises:

the engineering information acquisition module: the system is used for establishing the project information file and acquiring the supervisor information of the corresponding project;

a time axis construction module: the system is used for constructing a log viewing time axis, setting a log viewing node in the log viewing time axis according to the engineering information file and the proctoring personnel information, and constructing a connection between the log viewing node and the engineering information file as well as the proctoring personnel information;

an engineering database: the system is used for storing the log checking time axis, the project information file and the proctoring staff information, and obtaining corresponding project and proctoring staff information by automatically comparing information codes in the project information and the proctoring staff information;

a visualization platform: the system is used for displaying the corresponding project and proctoring personnel information; a log viewing tag is also arranged in the visualization platform; the log viewing label is used for displaying the log viewing time axis in the visualization platform, displaying the project log files corresponding to the log viewing nodes and displaying the corresponding generation time.

5. The intelligent management system for building supervision engineering project according to claim 4, wherein the engineering information acquisition module is further capable of acquiring an engineering schedule, the engineering schedule comprises a plurality of engineering nodes, and the engineering nodes are arranged in the engineering schedule according to a time sequence.

6. The management system for the intelligent building supervision engineering project according to claim 4, wherein the visualization platform is used for viewing construction condition videos in an engineering site, setting an engineering video viewing tag, responding to the operation of the engineering video viewing tag, and displaying the construction condition videos in the visualization platform, wherein the construction progress videos are collected through a camera device arranged on the construction site.

7. The management system for the intelligent building supervision engineering project according to claim 1, wherein the engineering project management subsystem comprises a real-time monitoring module, the real-time monitoring module monitors in real time through an environment monitoring sensor arranged on a construction site, the environment monitoring sensor comprises a temperature sensor, a humidity sensor, a PM2.5 sensor and a noise sensor, the environment monitoring sensor conducts periodic analysis on collected site monitoring data through an engineering project construction file, data changes are analyzed according to the operation time of the whole project, conjecture is made on future engineering site environment changes, construction personnel can make precautionary measures in advance, and the management effect on the construction site is improved.

8. The intelligent building supervision project management system according to claim 7, wherein the project management subsystem is further capable of comparing project information and supervision information from the site with project information and supervision information in a project database by reading project and supervision information in the background data collection storage subsystem, and if the project information and the supervision information from the site match with the project information and the establishment information stored in the project database, adding and modifying the project information and the supervision information in the database.

9. The intelligent building supervision project management system according to claim 1, wherein the project management subsystem further comprises:

a supplier management module: various suppliers for managing admission, including temporary suppliers and contract suppliers, managing the contract/category/qualification and other basic information of the suppliers;

financial management module: the system is used for managing the execution of financial data, managing deducible amounts of tax rates of each project sales tax, payment places and payment modes and tax rates of entry taxes, and managing and controlling tax charges of single projects; and carrying out centralized management on the fund going details of the project.

10. A management method for an intelligent building supervision project is characterized by comprising the following steps:

acquiring basic information and physical health condition of constructors, engineering information files and supervision personnel information based on a constructor management subsystem and a construction project management subsystem;

the number of the construction workers and the physical health condition are stored and monitored through a background data collection and storage subsystem, and the project information file and the supervision personnel information are stored and sent to a project management subsystem;

the project management subsystem is used for supervising and managing constructors, supervision personnel and project progress conditions of all projects, reading project and personnel information stored in a project database for comparison, and enhancing interaction and daily intelligent management of a company and a project supervised on site.

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