CN111898853A - Engineering construction fine management system - Google Patents
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Abstract
A fine management system for engineering construction comprises a management function system, a material/equipment management system, a project management system and a comprehensive report system. According to the invention, through a mobile terminal automatic input technology, the full-flow management and control are carried out on the materials and equipment forming the engineering entity, and the functions of automatic input, automatic analysis and statistics, automatic early warning, automatic recording of personnel and time nodes and the like are realized. The labor and the time are greatly saved, the working efficiency is improved, and the labor cost is reduced. Meanwhile, the data accuracy is greatly improved, data risks caused by human factors are avoided, and a foundation is laid for scientific strategy and plan making of engineering construction management. Through material flow management data collection and application, the material consumption, the labor hour and the process time of construction in each link are recorded in detail. And the construction process details are recorded in real scenes, the system operation can quickly, quickly and accurately realize the statistical analysis report form of each item of information, the system operation can be traced and inquired, and meanwhile, the quality, the progress and the personnel management are realized.
Description
Technical Field
The invention relates to the field of engineering construction management, in particular to a fine engineering construction management system.
Background
In the field of building decoration engineering, a great management problem exists in the engineering construction link, the workload of manual statistics of managers, materials, machines, progress, quality and the like is huge, and the time, the labor and the efficiency are low. And the management is extensive, and the management is opaque, is difficult to trace back, and the progress quality is difficult to the management and control, and the risk is high, and the concrete expression is in:
1. due to the fact that a plurality of projects are complex in type and the distribution of project construction sites is wide, the conditions of material inlet and outlet and construction progress cannot be monitored in real time, on-site problems cannot be found in time, risks are difficult to control, and great loss is caused when problems are often found;
2. personnel of a construction team are low in quality, unbalanced and large in difference, so that management of all links is not in place, and waste is serious;
3. the decoration materials (equipment) are various in types, the manual management and statistics workload is large, time and labor are wasted, the efficiency is low, the traditional management mode is very difficult to manage, and the fine management cannot be realized;
4. the authenticity of personnel attendance and work content statistics is difficult to guarantee, and the evidence can not be obtained when the labor dispute is met;
5. when quality problems or maintenance needs occur, information of used materials (equipment) is lost, so that the used materials (equipment) are difficult to trace and difficult to purchase again;
6. multiple projects are constructed simultaneously, material management is relatively extensive, efficiency and cost are difficult to balance, and management cost is high;
7. the traditional material and construction progress statistics cost a large amount of manpower and material resources, and the management on constructors is not in place;
8. the comprehensive culture quality of field constructors is low, complex management software is difficult to use, all working procedures of construction are extensive, information transmission is delayed, and the responsibility of reducing efficiency management is difficult to clearly define.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention aims to provide a fine management system for engineering construction, which has the characteristics of low cost, intelligent automation, cloud sharing, full flow, fine and the like.
The invention provides a fine management system for engineering construction, which comprises a management function system, a material/equipment management system, a project management system and a comprehensive report system, wherein,
the management function system is used for cloud platform management, basic data management, information tracing and automatic input of the mobile terminal;
the material/equipment management system is used for material/equipment purchasing process management, material/equipment acceptance management and warehouse material/equipment management;
the project management system is used for contract management, labor management, plan and progress management, project acceptance management and after-sale service;
the comprehensive report system is used for automatic data analysis and summary reporting and automatic early warning.
Furthermore, the management function system comprises a cloud platform management module, a basic data management and information tracing function module and a mobile terminal automatic input function module;
the cloud platform management module is used for cloud management, cloud system access and user management of the system;
the basic data management and information tracing function module is used for scientifically managing engineering data and timeliness of each flow node;
the mobile terminal automatic input function module is used for carrying out full-flow management and control on materials and equipment forming the engineering entity through a mobile terminal automatic input technology.
Further, the material/equipment management system comprises a material/equipment purchasing process management module, a material/equipment acceptance management module and a warehouse material/equipment management module;
the material/equipment purchasing process management module is used for initiating purchasing, purchasing evaluation, bid inviting purchasing, contract evaluation, contract signing, contract execution, contract ending and contract evaluation:
the material/equipment acceptance management module is used for carrying out acceptance management on a material/equipment production link and a material/equipment delivery link according to the content and quality requirements of materials/equipment related to a purchase contract;
and the warehouse material/equipment management module is used for carrying out warehouse management on the purchased materials/equipment according to the content data of the materials/equipment related to the purchase contract.
Furthermore, the delivery link of the material/equipment acceptance management module implements acceptance management including quality data acceptance and material acceptance content.
Further, the project management system comprises a contract management and cost management module, a labor management module, a plan and progress management module, a project acceptance management module and a pre-settlement management and after-sale service module;
the contract management and cost management module is used for scientifically managing various contracts related to the engineering project and finely managing the cost related to the engineering project;
the labor management module is used for carrying out real-name management on labor personnel information, attendance and salaries related to the engineering project;
the plan and progress management module is used for compiling, checking, approving, executing, progress tracking management and progress deviation correction of each project of the engineering project;
the project acceptance management module is used for concealed project acceptance, inspection batch, project acceptance/subsection and project completion acceptance;
the pre-settlement management and the after-sale service are used for project budget, pre-payment, construction process project change, progress money, reward fine money, project settlement money and warranty deposit; the warranty content, the responsible person, the cost, the notice time, the maintenance time and the result evaluation of the project during the quality warranty period.
Further, the contract management and fee management module scientifically manages the various contracts involved in the engineering project, including review, signing, fulfillment, contract ending, and summarization of the contracts.
Further, the contract management and expense management module controls the red line through setting, and performs real-time early warning.
Furthermore, the project acceptance of the project acceptance management module is hooked with the work content and the workload of the operators.
Furthermore, the comprehensive report system comprises a data automatic analysis and summary report function module and an automatic early warning function module;
the data automatic analysis and summarization report function module is used for automatically analyzing and summarizing data in an engineering construction fine management system and automatically issuing a report;
the automatic early warning function module is used for automatically monitoring the running condition of each item of data according to an early warning value set by a manager and early warning in advance.
Further, the data automatic analysis and summarization report function module is used for automatically analyzing and summarizing labor service real-name system personnel data, attendance data, salary data, material/equipment data of each process link, construction equipment data, engineering expense data, engineering money data, time data, period data and progress data in an engineering construction fine management system.
Compared with the prior art, the invention has the beneficial effects that:
the invention provides a fine management system for engineering construction, which has the characteristics of low cost, intelligent automation, cloud sharing, full flow, fine and the like, and compared with the traditional management method, the fine management system for engineering construction has the following advantages:
1. through the automatic input technology (code scanning input) of the mobile terminal, the full-flow management and control are carried out on materials (equipment) and equipment forming the engineering entity, and the functions of automatic input, automatic analysis and statistics, automatic early warning, automatic recording of personnel and time nodes and the like are realized. The labor and the time are greatly saved, the working efficiency is improved, and the labor cost is reduced. Meanwhile, the data accuracy is greatly improved, data risks caused by human factors are avoided, and a foundation is laid for scientific strategy and plan making of engineering construction management.
2. The fine management system comprises a material (equipment), equipment and the like) flow management system, a construction quality management system, a construction progress management system, a personnel real name management system, an analysis early warning system and the like. Through material (equipment), equipment and the like) flow management data collection application, the material (equipment) consumption, the labor hour and the process time of each link of construction are recorded in detail. And the construction process details are recorded in real scenes, the system operation can quickly, quickly and accurately realize the statistical analysis report form of each item of information, the system operation can be traced and inquired, and meanwhile, the quality, the progress and the personnel management are realized.
3. The automatic recording technology of the mobile terminal is simple and convenient to operate and rapid to popularize, operation of data acquisition and progress recording can be achieved through fool-type guiding operation, and training difficulty of constructors and system popularization period are reduced. The method is suitable for the practical situation that the mobility of personnel in the industry is high and the quality of the personnel is not high.
4. Cloud deployment: the access of the cloud system is not limited by a working place and software and hardware environments. The investment of machine room construction, hardware equipment, network bandwidth and the like is greatly saved, the corresponding operation and maintenance cost is reduced, and the initial investment of the project is low.
5. The system operates to realize accurate traceability of project data, refined and transparent management, improve the management efficiency, shorten the construction period, improve the project quality, improve the performance capability, reduce the risk and reduce the project cost.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention. In the drawings:
FIG. 1 is a block diagram of a detailed management system for engineering construction according to the present invention;
FIG. 2 is a flow chart of a detailed management system for engineering construction according to the present invention;
fig. 3 is a relationship diagram between the mobile terminal and the cloud terminal according to the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and the detailed description, and it should be noted that any combination of the embodiments or technical features described below can be used to form a new embodiment without conflict.
A fine management system for engineering construction relates to a mobile terminal (PC terminal) and a cloud terminal, as shown in FIGS. 1-3, comprising a management function system, a material/equipment management system, a project management system, and a comprehensive report system,
the management function system is used for cloud platform management, basic data management, information tracing and automatic input of the mobile terminal; preferably, the management function system comprises a cloud platform management module, a basic data management and information tracing function module and a mobile terminal automatic input function module;
the cloud platform management module is used for cloud management, cloud system access and user management (registration and login) of the system. The device is not limited by a working place and a software and hardware environment. The investment of machine room construction, hardware equipment, network bandwidth and the like is greatly saved, the corresponding operation and maintenance cost is reduced, and the initial investment of the project is low.
The basic data management and information tracing function module is used for scientifically managing engineering data and timeliness of various process nodes, achieving a quick tracing function of all process link information of the engineering project, finding out a problem source, quickly correcting errors and keeping the whole system efficient.
The mobile terminal automatic input function module is used for carrying out full-flow management and control on materials/equipment and equipment forming an engineering entity through a mobile terminal automatic input technology (code scanning input), and functions of automatic input, automatic analysis and statistics, automatic early warning, automatic recording of personnel and time nodes and the like are realized. The labor and the time are greatly saved, the working efficiency is improved, and the labor cost is reduced. Meanwhile, the data accuracy is greatly improved, data risks caused by human factors are avoided, conditions are created for realizing fine management of engineering projects, and a foundation is laid for scientific decision making and plan making.
The material/equipment management system is used for material/equipment purchasing process management, material/equipment acceptance management and warehouse material/equipment management; preferably, the material/equipment management system comprises a material/equipment purchasing process management module, a material/equipment acceptance management module and a warehouse material/equipment management module;
the material/equipment purchasing process management module is used for initiating contents such as purchasing, purchasing evaluation, bid inviting purchasing, contract evaluation, contract signing, contract execution, contract ending, contract evaluation and the like.
The material/equipment acceptance management module is used for carrying out acceptance management on a material/equipment production link and a material/equipment delivery link according to the content and the quality requirement of the material/equipment related to the purchase contract, and comprises quality data acceptance and material object acceptance content.
And the warehouse material/equipment management module is used for carrying out warehouse management on the purchased materials/equipment, such as advancing, selling, storing and the like according to the content data of the materials/equipment related to the purchase contract.
The project management system is used for contract management, labor management, plan and progress management, project acceptance management and after-sale service; preferably, the project management system comprises a contract management and cost management module, a labor management module, a plan and progress management module, a project acceptance management module and a pre-settlement management and after-sale service module;
the contract management and fee management module is used for scientifically managing various contracts related to engineering projects, including the contents of review, signing, fulfillment, contract ending, summary and the like of the contracts. Meanwhile, the expenses related to the engineering project are carefully managed, a control red line is set, and real-time early warning is achieved.
The labor management module is used for carrying out real-name management on labor personnel information, attendance checking, salaries and the like related to engineering projects, and avoiding labor disputes.
The plan and progress management module is used for various plan preparation, auditing, examining and approving, executing, progress tracking management, progress deviation correction and the like of the engineering project, and effective implementation of the construction progress plan is guaranteed.
The project acceptance management module is used for hiding management contents such as project acceptance, inspection batch, project acceptance/division, project completion acceptance and the like, and the project acceptance is hooked with the working contents and the workload of operating personnel.
The pre-settlement management and the after-sale service are used for project budget, pre-payment, construction process project change, progress money, reward fine money, project settlement money, warranty deposit and other contents; the guarantee content, the responsible person, the cost, the notice time, the maintenance time, the result evaluation and the like of the project during the quality guarantee period.
The comprehensive report system is used for automatic data analysis and summary reporting and automatic early warning. Preferably, the comprehensive report system comprises a data automatic analysis and summary report function module and an automatic early warning function module;
the data automatic analysis and summarization report function module is used for performing automatic analysis and summarization on various data such as labor real-name system personnel data, attendance data, salary data, material/equipment data of each process link, construction equipment data, engineering expense data, engineering money data, time data, period data, progress data and the like in the engineering construction refined management system, and performing automatic report function, so that a large amount of data management cost is saved.
The automatic early warning function module is used for automatically monitoring the running condition of each item of data according to the early warning value set by the manager, early warning is carried out in advance, risks are reduced, management basis is provided for the manager, and management efficiency is improved.
As shown in fig. 2 and 3, a working process and a using method of the engineering construction fine management system are as follows:
1. preparation for use:
after the project is successful, the enterprise engineering management department newly establishes the project in the cloud-management functional system through the mobile terminal (PC terminal), invites the relevant responsible personnel of each participating department to establish account numbers and passwords, and sets the management authority.
2. After the project bid, the marketing department sends bid-winning project information to the cloud-management function system through the mobile terminal (PC terminal), establishes project basic data information, signs a project construction contract and meets the bid-winning project condition. Meanwhile, the information of engineering project progress can be collected and known from the system, and the business problem of the project construction process is solved.
3. The enterprise engineering management department acquires the bid winning engineering project information from the cloud-management functional system through the mobile terminal (PC terminal), organizes the engineering project starting work, sends out engineering starting instruction information in the system, constructs an engineering project management part architecture and a project management team, and establishes the labor real-name management information.
Meanwhile, the enterprise engineering management department can collect and know various implementation information of the engineering project from the system and is responsible for managing the implementation work of the engineering project management department. The red line can be controlled through setting data, real-time early warning is achieved, and project information is audited and controlled. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
4. The enterprise engineering management department establishes the contract and the cost management information of the project in the cloud-project management system through the mobile terminal (PC terminal), manages and controls the contract and the cost related to the project, and guarantees the effective fulfillment of the contract.
5. The project management part acquires the bid-winning project information from the cloud-management function system through the mobile terminal (PC terminal), starts each implementation work of the project according to the bid-winning project information, establishes plan and progress management information in the cloud-project management system, makes implementation plans (including a deepened design plan, a purchase plan, a construction plan, an employment plan, a cost plan and the like), and the enterprise project management department carries out auditing management on each implementation plan made by the project management department in the system.
6. Before the project management department makes a plan, the pre-settlement management department acquires winning bid project information and related technical business data from the cloud-management functional system through a mobile terminal (PC terminal), establishes pre-settlement management information in the cloud-project management system, performs project cost budgeting and is used as one of the bases for the project management department to make various plans.
7. The project management part establishes real-name management and automatic attendance management information on a cloud-project management system organization personnel through a mobile terminal (PC terminal), and the information is automatically uploaded to a cloud system as a main basis for salary and performance appraisal in combination with an attendance terminal management system.
8. And the project management part updates the implementation progress information of each project plan in real time in the cloud-project management system for sharing use of each participating department. Meanwhile, a data control red line can be set, real-time early warning is carried out, and real-time deviation correction management control is carried out on various information such as an engineering implementation plan.
The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
9. The BIM deepening design department obtains winning bid engineering information data (bidding construction drawings and the like) from the cloud-management function system through a mobile terminal (PC terminal), develops deepening design work according to the information data and a deepening design plan, deepens design construction drawings, material (equipment) processing drawings, statistics summary material (equipment) lists and the like, serves as the basis of purchasing, processing production and construction, and can carry out BIM three-dimensional visualization construction technology intersection. And finishing the auditing and confirming process of the deepened design result. And (4) sharing a deep design result in a cloud-project management system, and automatically recording time information of responsible personnel, contents, periods, time nodes and the like of each work.
10. The acquisition department acquires information such as a material (equipment) processing drawing, a material (equipment) list, a purchase plan and the like from the cloud-project management system through the mobile terminal (PC terminal), establishes a purchase flow and purchase management information in the cloud-material/equipment management system, organizes bidding and purchasing, signs a purchase contract, tracks and controls the purchase progress, and shares information such as the progress in the system. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
11. The financial management department acquires personnel real-name management and automatic attendance management information from the cloud-management functional system through a mobile terminal (PC terminal), systematically makes a salary issuing plan and compiles a salary list monthly in an independent financial management system, and shares the salary list in a comprehensive report system (permission); acquiring purchasing contract and purchasing plan information from a cloud-project management system, formulating a material (equipment) cost payment plan in an independent financial management system, and sharing the material (equipment) cost payment plan in a comprehensive report system; and acquiring the information of the engineering construction contract from the cloud-project management, and making a collection work plan of construction progress money. And the payment approval process of each item of expense is completed, a receiving and paying early warning control line is set, automatic early warning is realized, and the financial receiving and paying risk is avoided. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
12. After the material/equipment supplier (factory) finishes the fabrication, the material/equipment is transported to a job site warehouse. The receiving department (warehouse) adopts the mobile terminal scanning equipment to automatically collect and collect information such as the quality acceptance of the material/equipment entering field, the quantity acceptance and the like through the mobile terminal automatic input function in the cloud-management functional system, automatically counts the data information entering, selling and storing, automatically enters the material/equipment warehouse management information and acceptance management in the cloud-material/equipment management system, avoids manual counting and collecting work, improves the data accuracy and improves the efficiency. And a material use early warning control line is set according to a purchasing material plan, real-time automatic early warning management is realized, and simultaneously, all participating departments can share and use the warehousing information. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
13. The construction team (team) acquires material/equipment warehousing information from the cloud-project management system through the mobile terminal (PC terminal), the materials/equipment are received according to a construction plan, the materials are received by a material receiver (representative of the construction team) to a warehouse, the receiving materials are confirmed through the automatic input function of the mobile terminal in the cloud-management function system by adopting mobile terminal scanning equipment, warehouse management information of data entering, selling and storing is automatically counted, the warehouse management information of the materials/equipment and new checking and accepting management information in the cloud-material/equipment management system are automatically entered, manual counting and summarizing work is omitted, data accuracy is improved, and efficiency is improved. And (4) code scanning confirmation, namely automatically forming material/equipment ex-warehouse information in the system, and simultaneously reflecting the material/equipment out-warehouse information into construction progress node information in planning and progress management of the cloud-project management system. Meanwhile, the cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
14. After a construction lot (team) completes construction, a (representative person of the construction team) sends a quality acceptance application of the inspection lot to a cloud-project management system through a mobile terminal (PC terminal), a quality acceptance department organizes quality acceptance, quality acceptance personnel adopt mobile terminal scanning equipment to perform code scanning confirmation through a mobile terminal automatic input function in a cloud-management function system, quality acceptance information of the inspection lot is automatically reflected in project acceptance management of the cloud-project management system, and construction progress node information is automatically reflected in plan and progress management of the cloud-project management system. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
15. After a subsection project is completed by the construction of the project management part, a project management representative person sends a subsection project quality acceptance application to the cloud-project management system through a mobile terminal (PC terminal), the quality acceptance department organizes quality acceptance, quality acceptance personnel adopt mobile terminal scanning equipment to perform code scanning confirmation through the mobile terminal automatic entry function in the cloud-management function system, the subsection project quality acceptance information is automatically embodied in the project acceptance management of the cloud-project management system, and meanwhile, the construction progress node information is automatically embodied in the plan and progress management of the cloud-project management system. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
16. After the project management department completes all project construction tasks, an project management representative person sends a completion quality acceptance application to the cloud-project management system through a mobile terminal (PC terminal), a quality acceptance department organizes quality acceptance, quality acceptance personnel adopt mobile terminal scanning equipment to perform code scanning confirmation through a mobile terminal automatic entry function in the cloud-project management function system, project completion quality acceptance information is automatically embodied in project acceptance management of the cloud-project management system, and construction progress node information is automatically embodied in planning and progress management of the cloud-project management system. The cloud system automatically records time information of responsible personnel, content, period, time nodes and the like of each work.
17. And (4) completion settlement: including the contents of engineering change cost, integral completion settlement and the like in the construction process.
When the engineering changes in the construction process, the engineering project management part organizes the engineering change drawing data to complete the approval and confirmation process, and (the engineering project management representative person) establishes engineering change information in the pre-settlement management of the cloud-project management system.
The settlement department acquires the engineering change information in the settlement management of the cloud-project management system, compiles the change cost declaration data according to the confirmed engineering change drawing data and completes approval confirmation, perfects the engineering change cost information in the settlement management of the cloud-project management system, automatically forms an engineering change cost file in the settlement management of the cloud-project management system, and automatically records the engineering change cost file as evidence data information of completion settlement.
After the project management department completes all project construction tasks and relevant completion acceptance, the pre-settlement department acquires node information of construction progress and acceptance of project completion quality from plan and progress management of the cloud project management system, the pre-settlement department completes compilation and approval confirmation of completion project settlement data and completion project settlement money lists, and project completion settlement business information is automatically formed in the pre-settlement management of the cloud project management system and serves as the basis for the financial department to apply for completion settlement money.
18. After the project enters the warranty period, the maintenance information is notified to a marketing department by a client, after-sale service information is sent out from a cloud-project management system of the marketing department (a person in charge), and a project management department (or an after-sale maintenance department of an enterprise) arranges materials, personnel and tools required by maintenance construction according to the after-sale service information and organizes and finishes maintenance work. After the maintenance is completed and the customer checks and accepts the confirmation, the after-sale service information is embodied in the cloud-project management system.
19. Data information of responsible persons, time nodes, periods, quantity and the like formed by all the participating departments of the project in the project construction fine management system is automatically recorded in the system. When a problem occurs in the engineering implementation process, the enterprise engineering management department can trace the information of errors, delays and the like of each department through the information tracing function of the cloud management function system, so that the related responsibility departments can conveniently and effectively assess and trace responsibility.
20. The cloud-comprehensive report system has the functions of automatically collecting, automatically classifying, automatically summarizing and the like data in the engineering construction refined management system, can automatically form various contract management information tables, (financial) cost management information tables, labor service information tables, plan and progress management information tables, warehouse management (material/equipment) information tables, engineering acceptance management information tables, pre-settlement management information tables and other management information in real time, and realizes the cockpit type intelligent informatization management function for the enterprise engineering management department.
21. The enterprise engineering management department sets a data red line and a data early warning function in a cloud-comprehensive report system through a mobile terminal (PC terminal), so that intelligent automatic management is realized, a large amount of data tracking and comparing workload is reduced, and the management efficiency is greatly improved.
22. The engineering construction fine management system can automatically classify and collect engineering data information related to different engineering types, materials and the like according to different types of engineering, form engineering fine management big data and form a more fine enterprise quota standard. The method provides data support for the same type of engineering management, also provides accurate big data support for links such as marketing, bidding and the like, and improves competitiveness.
The invention provides a fine management system for engineering construction, which has the characteristics of low cost, intelligent automation, cloud sharing, full flow, fine and the like, and compared with the traditional management method, the fine management system for engineering construction has the following advantages:
1. through the automatic input technology (code scanning input) of the mobile terminal, the full-flow management and control are carried out on materials (equipment) and equipment forming the engineering entity, and the functions of automatic input, automatic analysis and statistics, automatic early warning, automatic recording of personnel and time nodes and the like are realized. The labor and the time are greatly saved, the working efficiency is improved, and the labor cost is reduced. Meanwhile, the data accuracy is greatly improved, data risks caused by human factors are avoided, and a foundation is laid for scientific strategy and plan making of engineering construction management.
2. The fine management system comprises a material (equipment), equipment and the like) flow management system, a construction quality management system, a construction progress management system, a personnel real name management system, an analysis early warning system and the like. Through material (equipment), equipment and the like) flow management data collection application, the material (equipment) consumption, the labor hour and the process time of each link of construction are recorded in detail. And the construction process details are recorded in real scenes, the system operation can quickly, quickly and accurately realize the statistical analysis report form of each item of information, the system operation can be traced and inquired, and meanwhile, the quality, the progress and the personnel management are realized.
3. The automatic recording technology of the mobile terminal is simple and convenient to operate and rapid to popularize, operation of data acquisition and progress recording can be achieved through fool-type guiding operation, and training difficulty of constructors and system popularization period are reduced. The method is suitable for the practical situation that the mobility of personnel in the industry is high and the quality of the personnel is not high.
4. Cloud deployment: the access of the cloud system is not limited by a working place and software and hardware environments. The investment of machine room construction, hardware equipment, network bandwidth and the like is greatly saved, the corresponding operation and maintenance cost is reduced, and the initial investment of the project is low.
5. The system operates to realize accurate traceability of project data, refined and transparent management, improve the management efficiency, shorten the construction period, improve the project quality, improve the performance capability, reduce the risk and reduce the project cost.
The foregoing is merely a preferred embodiment of the invention and is not intended to limit the invention in any manner; those skilled in the art can readily practice the invention as shown and described in the drawings and detailed description herein; however, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the scope of the invention as defined by the appended claims; meanwhile, any changes, modifications, and evolutions of the equivalent changes of the above embodiments according to the actual techniques of the present invention are still within the protection scope of the technical solution of the present invention.
Claims (10)
1. A fine management system for engineering construction is characterized in that: comprises a management function system, a material/equipment management system, a project management system and a comprehensive report system, wherein,
the management function system is used for cloud platform management, basic data management, information tracing and automatic input of the mobile terminal;
the material/equipment management system is used for material/equipment purchasing process management, material/equipment acceptance management and warehouse material/equipment management;
the project management system is used for contract management, labor management, plan and progress management, project acceptance management and after-sale service;
the comprehensive report system is used for automatic data analysis and summary reporting and automatic early warning.
2. The engineering construction fine management system of claim 1, wherein: the management function system comprises a cloud platform management module, a basic data management and information tracing function module and a mobile terminal automatic input function module;
the cloud platform management module is used for cloud management, cloud system access and user management of the system;
the basic data management and information tracing function module is used for scientifically managing engineering data and timeliness of each flow node;
the mobile terminal automatic input function module is used for carrying out full-flow management and control on materials and equipment forming the engineering entity through a mobile terminal automatic input technology.
3. The engineering construction fine management system of claim 1, wherein: the material/equipment management system comprises a material/equipment purchasing process management module, a material/equipment acceptance management module and a warehouse material/equipment management module;
the material/equipment purchasing process management module is used for initiating purchasing, purchasing evaluation, bid inviting purchasing, contract evaluation, contract signing, contract execution, contract ending and contract evaluation:
the material/equipment acceptance management module is used for carrying out acceptance management on a material/equipment production link and a material/equipment delivery link according to the content and quality requirements of materials/equipment related to a purchase contract;
and the warehouse material/equipment management module is used for carrying out warehouse management on the purchased materials/equipment according to the content data of the materials/equipment related to the purchase contract.
4. The engineering construction fine management system of claim 3, wherein: and the delivery link of the material/equipment acceptance management module carries out acceptance management including quality data acceptance and material object acceptance contents.
5. The engineering construction fine management system of claim 1, wherein: the project management system comprises a contract management and cost management module, a labor management module, a plan and progress management module, a project acceptance management module and a pre-settlement management and after-sale service module;
the contract management and cost management module is used for scientifically managing various contracts related to the engineering project and finely managing the cost related to the engineering project;
the labor management module is used for carrying out real-name management on labor personnel information, attendance and salaries related to the engineering project;
the plan and progress management module is used for compiling, checking, approving, executing, progress tracking management and progress deviation correction of each project of the engineering project;
the project acceptance management module is used for concealed project acceptance, inspection batch, project acceptance/subsection and project completion acceptance;
the pre-settlement management and the after-sale service are used for project budget, pre-payment, construction process project change, progress money, reward fine money, project settlement money and warranty deposit; the warranty content, the responsible person, the cost, the notice time, the maintenance time and the result evaluation of the project during the quality warranty period.
6. The engineering construction fine management system of claim 5, wherein: the contract management and fee management module scientifically manages various contracts related to engineering projects, including review, signing, fulfillment, contract ending and summary of the contracts.
7. The engineering construction fine management system of claim 5, wherein: and the contract management and expense management module controls the red line through setting, and performs real-time early warning.
8. The engineering construction fine management system of claim 5, wherein: and the project acceptance of the project acceptance management module is hooked with the work content and the workload of the operating personnel.
9. The engineering construction fine management system of claim 1, wherein: the comprehensive report system comprises a data automatic analysis and summary report function module and an automatic early warning function module;
the data automatic analysis and summarization report function module is used for automatically analyzing and summarizing data in an engineering construction fine management system and automatically issuing a report;
the automatic early warning function module is used for automatically monitoring the running condition of each item of data according to an early warning value set by a manager and early warning in advance.
10. The engineering construction fine management system of claim 9, wherein: the data automatic analysis and summarization report function module is used for automatically analyzing and summarizing labor service real-name personnel data, attendance data, salary data, material/equipment data of each process link, construction equipment data, engineering expense data, engineering money data, time data, period data and progress data in an engineering construction fine management system.
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