CN108932586B - EPC project collaborative operation management system - Google Patents
EPC project collaborative operation management system Download PDFInfo
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- CN108932586B CN108932586B CN201810687397.4A CN201810687397A CN108932586B CN 108932586 B CN108932586 B CN 108932586B CN 201810687397 A CN201810687397 A CN 201810687397A CN 108932586 B CN108932586 B CN 108932586B
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Abstract
The invention relates to an EPC project collaborative operation management system, which comprises a server-side core business management module, an operation management client-side module, an application client-side module, a payment module, a short message module, a logistics service module and an electronic map service module. A user or an owner creates a demand order of a project on the system by himself, the demand order is submitted to the system operation center, operation management personnel receive confirmation and generate project design schemes in the background, wherein the project design schemes comprise required equipment or bill of materials, applicable equipment brand models are screened from a database of system equipment or materials for the user or the operation center management personnel to select by himself and send quotation notification to a provider, the provider makes quotation and promise response to a date, and the user compares and selects the provider by himself. And meanwhile, the system sends project bid notification to all constructors, the constructors respond to the commitments of the implementation cost and the commitment completion deadline, and the user compares and selects the constructors by himself.
Description
Technical Field
The invention relates to the field of EPC engineering project management and the field of electronic commerce, in particular to an EPC project collaborative operation management system.
Background
In recent years, the number of EPC-type items has been increasing, and the number has been advancing in a diversified and miniaturized manner, and particularly, in recent years, the new energy market represented by wind power and photovoltaic has been rising, with rapid growth. The construction of a distributed photovoltaic power station project is typically divided into scheme design, equipment supply and project construction, which are respectively completed by different teams, so that the requirements of a project target team are closely cooperated. At present, the conventional method is that an enterprise completes integral project construction, wherein scheme design, equipment supply and project construction are completed by team cooperation in the enterprise, so that the enterprise needs to specially configure designers, equipment supply personnel and project constructors, and great labor cost is required to be borne.
Along with the development of interconnection technology, the application is wider and wider, so that the work and life of people are more and more convenient, but the engineering project field, particularly the EPC project field, is not greatly developed, and the aim can be fulfilled by well integrating the IT Internet application technology with professional business knowledge due to the existing specificity. Therefore, research and development of IT companies in the professional field are lacking at present, the operation management of EPC projects still stays in the conventional management stage of traditional project planning and cost, transformation and upgrading of industrial operation modes are not realized by playing the advantages of the Internet, and all parties related to the network connection projects are driven by business processes, so that all parties cooperatively complete a common project.
Through application implementation of the system, enterprises can realize decoupling of relationships of scheme design, equipment supply and project construction, personnel can be converted into a cooperation mode in an employment mode without relying on self-configured personnel of the enterprises, one enterprise can cooperate with a plurality of design teams, a plurality of equipment suppliers and a plurality of implementation teams, dependence on original fixed team personnel is reduced, manpower employment cost is greatly reduced, and efficiency and quality of project service by a competition optimization mechanism can be introduced among a plurality of teams are improved greatly. By means of the system informatization management mode, a user can directly place orders in the system to complete quick payment starting and quick execution, the whole process is more transparent, risk supervision and management control are facilitated, and the user can directly participate in interactive decisions of project processes.
Disclosure of Invention
In order to solve the problems, the invention provides an EPC project collaborative operation management system, and a collaborative mechanism and a system technology implementation of multiparty personnel participation based on EPC collaborative operation management software are provided.
The technical scheme provided by the invention is as follows:
the EPC project collaborative operation management system comprises a server-side core business management module, an operation management client-side module, an application client-side module, a payment module, a short message module, a logistics service module and an electronic map service module; a user or a business owner creates a requirement order of a project at an application client module, submits the requirement order to an operation management client module, then an operation manager receives and confirms the requirement order and generates a project design scheme in the background, wherein the requirement order comprises required equipment or bill of materials, and the requirement order is sent to a server core service management module; the server core business management module screens out applicable equipment brand models from a database of system equipment or materials according to technical setting requirements of project design schemes so as to be selected by a user or an operation center manager; after the brand model and the quantity of the equipment are determined, the server-side core service management module sends quotation notification to all suppliers, and the suppliers make quotation and promise response to the goods arrival period to the server-side core service management module through the application client module and send the quotation and promise response to the application client module of the user, so that the user can compare and select the suppliers by himself; and meanwhile, the core business management module at the server side sends project bid-inviting notification to all constructors, and the constructors make response of commitments of implementation cost and commitment completion deadlines through the application client side module, and the constructors are compared and selected by users.
The server core business management module is connected with the payment module, the short message module, the logistics service module and the electronic map service module, and is respectively connected with the operation management client module and the application client module.
The server core business management module manages all users of common users, manager users, suppliers and constructors; a database for managing equipment manufacturers, brands and products; the online transaction function of order placement, payment and refund of the user requirements is realized; project investigation, evaluation and project design scheme generation are realized; managing the whole process of project operation; the work rating feedback of suppliers, constructors, users and background operation service personnel is realized; service interfaces for various types of data and communications are provided.
An operation management center personnel logs in the system through an operation management client module to complete operation management service of the project, and the terminal is an application software system of a B/S or C/S architecture and can be operated on a computer, a tablet device and a mobile phone platform; the operation management client side module realizes the audit acceptance of a user order, the transaction of project loan business, the dispatch of project site investigation, the generation of project design schemes, the purchase bid release and bid resolution of project material equipment, the project bid release and bid resolution of project construction implementation, the monitoring management of equipment supply processes, the monitoring management of project construction processes, the acceptance confirmation of project completion, the management maintenance of suppliers and user representatives thereof, the management maintenance of constructors and user representatives thereof, and the acceptance of service requirements of various users.
The user, the provider and the constructor can log in the system through the client module to complete the required functional operation, and the terminal is an application software system of a B/S or C/S architecture and can run on a computer, a tablet device and a mobile phone platform; the user can register the system login account number and maintain the basic information and the password of the user at the client module terminal, one user can apply to become a provider user or a constructor user at the same time, and the system can verify the identity of the current user through a mobile phone short message and a mailbox mode to complete verification; the user completes the creation of the project demand order in the application software, completes the payment on line, can participate in the equipment purchasing and construction implementing bidding confirmation of the project process, can monitor the progress state of each process of the project, carry out the acceptance confirmation of the project completion, and carry out evaluation feedback on the service of a provider or a constructor or a product or a system platform; the supplier user can submit and maintain own product information including the specification model, performance, other descriptions and price information of the product in the system, can bid in response to bidding projects of the system, can perform shipping management operation in the system, and can scan express or logistics single code input system to track and monitor the logistics process. The user of the constructor can maintain the self authentication information of the practise qualification in the system, can receive the bid information of project construction implementation issued by the system to make bid response, and can manage and maintain the responsible project in stages, processes, plans and personnel, and feed back the implementation state of the project process at any time until completion.
The payment module supports online payment and can be used for docking with bank online banking, payment treasures, weChat and other payment platforms to finish payment; after the payment request is submitted, the system can actively acquire the result of the payment state from the payment platform through the service interface, and can also passively provide the result of the payment state submitted by the payment platform through the service interface, so as to feed back the payment result to the user; the payment module may be paid by the user to the system or refunded by the system to the user. The user may view the payment and refund data details of the details.
The short message module can support the receiving and sending of gateway type mobile phone short messages, also support the receiving and sending of mobile phone short messages of communication equipment, and also support the sending and receiving of instant communication software such as micro messages; the short message service is used for authentication during user registration, authentication during password loss reset, authentication applied to be a provider user, authentication applied to be a constructor and authentication code authentication during payment. The system can send notification and reminding information to all users in a short message mode, can send equipment purchasing bid information to suppliers, can send project implementation bid information to constructors, can send project progress state information to users, and can send various information to be reminded to all users.
The logistics service module is in butt joint with the logistics service platform system to provide logistics service, and after a supplier delivers a scanned express or logistics bill, the system can track the logistics state; the background of the system inquires the logistics task which is not delivered at present in a certain period, acquires the position state of the logistics task and feeds back the updated record, and users, suppliers and management personnel can inquire the delivery state of a logistics sheet at any time. The system obtains the logistics transportation state and can inform the user to sign and obtain and feed back the sign-in state after the logistics transportation state is sent.
The electronic map service module is in butt joint with the electronic map service platform, and can acquire longitude and latitude coordinates of the position of the current user, and reversely acquire specific address information by the coordinate values; when the user places a list, the user can locate the current position, and automatically obtain specific address information and write the specific address information into a text input box of the project site. After the user manually inputs the description text of the address information, the system can convert the description of the address into longitude and latitude coordinates and check the validity of the address; the provider or the constructor can check the address information, and after clicking the address, the electronic map software system can be automatically opened, the address is marked on the map, the navigation system can be started in the electronic map software, and the user can go to the project address from the current position.
The beneficial effects are that:
the system comprises a server core service management module, a client operation management module, a client mobile application module, a payment module, a short message module, a logistics module and an electronic map module. The system manages equipment manufacturers, equipment suppliers, constructors (units or individuals), equipment information, and collaborative work of user demands, project scheme designs, equipment supply and project construction, and tracks and monitors the whole process of the whole project. A user or a business owner creates a demand order of a project on the system, submits the demand order to an operation center of the system, and then an operation manager receives the demand order and generates a project design scheme in the background, wherein the project design scheme comprises required equipment or bill of materials. The system can screen out the applicable equipment brand type from the database of the system equipment or materials according to the technical setting requirements of the project design scheme so as to be selected by a user or an operation center manager. The system sends quotation notice to all suppliers after the equipment brand model number and quantity are determined, the suppliers make quotation and promise response to the arrival period, and the users compare and select the suppliers at their own. And meanwhile, the system sends project bid notification to all constructors, the constructors respond to the commitments of the implementation cost and the commitment completion deadline, and the user compares and selects the constructors by himself. The system monitors and manages the shipping process of the suppliers and the project implementation process of the constructors until the whole project is completed.
Drawings
In order to more clearly illustrate the technical solution of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described.
Fig. 1 is a schematic diagram of the EPC cooperative principle of the present invention.
Fig. 2 is an EPC collaborative mode innovation schematic diagram of the present invention.
FIG. 3 is a diagram showing the functional block composition of the system according to the present invention.
Fig. 4 is a schematic diagram of a user operation function interface according to the present invention.
FIG. 5 is a schematic diagram of a vendor operation function interface according to the present invention.
Fig. 6 is a schematic diagram of a constructor operation function interface according to the present invention.
Detailed Description
The invention will be further illustrated with reference to specific examples.
The EPC project cooperative operation management system is realized by a cooperative mechanism and a system technology of multiparty personnel participation based on EPC cooperative operation management software, and the system participants comprise: a user or owner, an operator, a provider, and a constructor. The system consists of the following parts: the system comprises a server side core business management module, an operation management client side module, an application client side module, a payment module, a short message module, a logistics service module and an electronic map service module.
The clients or owners submit project demands by themselves through the system, payment can be realized by adopting an online direct payment or offline payment mode, and users can choose whether to participate in key links of the project by themselves and make decisions or entrust operation management personnel to process the project completely. The operator receives the project requirement, makes project implementation design scheme after confirmation, and the system screens available equipment and materials according to the technical requirement of the design scheme, and the user or manager selects specific brand models. After the device is determined, the system issues a device demand notification to the provider, who competitively submits device offers and delivery dates online. The user or the operator center manager determines the partner provider after making a preference for the provider's offer. After receiving the notice of the delivery, the supplier arranges the delivery and scans the bar code of the logistics list on line to submit the bill of delivery, and the system tracks the logistics state until the user is reached and signed by the user. Meanwhile, the system issues a demand notice of project implementation to the constructor, and the constructor submits a receipt request in an online competitive manner. And the user or the operation center manager determines the constructor after optimizing the order receiving request submitted by the proposer. And after receiving the notification sent by the equipment, the constructor carries out project on site and makes project stage plans, and dynamically updates and feeds back the current stage completion condition in the implementation process until completion. And when the project fed back by the constructor is in a finished state, checking and confirming by the user, wherein the user confirms each checking and accepting standard of the project checking and accepting list item by item, and can make a filling feedback to confirm online or can make a paper checking and accepting list signature offline for confirmation, and then take a picture and upload the picture to the system. If the acceptance is not qualified, returning to the constructor for reprocessing; and if the project is accepted, completing the project.
The user or the owner can be a natural person of a person, an organization, an enterprise unit or a public institution, and can be a natural person and can be registered in the system by itself to be directly used by the user of the system; if not natural, the current operator is representative of the organization or unit for which the current operator is a valid representative through system verification. The user may perform operations to create a project order, order payment, select a provider, select a constructor, select equipment material, receive confirmation, project acceptance confirmation, provider evaluation feedback, constructor evaluation feedback. The user can query and track the information of the order by himself.
The operator is an operation entity unit of the system, and is an enterprise or an organization; the system is responsible for normal operation of the system, monitoring the overall progress of the project, managing the overall construction process of the project, managing and controlling the risk of the project, coordinating the relationship among users, suppliers and constructors, and designing a project scheme; and charging the user with fees, and carrying out fee settlement and payment with suppliers and constructors according to the period.
A provider is an enterprise entity with sales supply capability for a certain brand of equipment or material, enters into a collaboration agreement with the operator and assigns specific personnel as representatives of the system operating users. The system verifies the identity of the current login user according to the specific information of the system operation user appointed by the provider, and then makes the current login user become a representative of the provider, so that the corresponding functional operation of the provider is completed. The suppliers can proxy the products of other manufacturers or directly sell the products produced by themselves, and can self-maintain saleable product information. The suppliers may participate in bidding on the project, respond to the equipment, bill of materials in the project's demand for price and delivery period for operator or user selection, and may supply some or all of the equipment, bill of materials. The supplier can scan the bar code entry system of the express or logistics bill in the system to track the shipping process.
The constructor is a person, organization or enterprise entity responsible for completing construction implementation of the project. If the constructor is a person, the constructor can directly and automatically submit principal basic information and relevant construction authentication qualification materials to register users in the system, and the operator can register the user as the user with the constructor attribute after approval and verification are passed. If the user representative of the organization or the enterprise organization needs to be appointed for operation in the system, the system authenticates the user who becomes a constructor after passing the login user. The constructor can participate in bidding of the project, and responds to implementation cost and implementation plan for the user or the operator to select. The constructor can always contract all projects, or only some projects.
The server side core business management module manages all users of common users, manager users, suppliers and constructors; a database for managing equipment manufacturers, brands and products; the online transaction function of order placement, payment and refund of the user requirements is realized; project investigation, evaluation and project design scheme generation are realized; managing the whole process of project operation; the work rating feedback of suppliers, constructors, users and background operation service personnel is realized; service interfaces for various types of data and communications are provided.
And the operation management center personnel log in the system through the operation management client module to complete the operation management service of the project. The terminal is an application software system of B/S or C/S architecture, and can be operated on a computer, a tablet device and a mobile phone platform. The operation management client side module is used for realizing the auditing and acceptance of a user order, the handling of project loan business, the dispatching of project site investigation, the generation of project design schemes, the purchasing bid release and bid resolution of project material equipment, the engineering bid release and bid resolution of project construction implementation, the monitoring and management of equipment supply processes, the monitoring and management of project construction processes, the acceptance confirmation of project completion, the management and maintenance of suppliers and user representatives thereof, the management and maintenance of constructors and user representatives thereof, and the acceptance of service requirements of various users.
Users, suppliers and constructors can log in the system through the client module application software to complete the required functional operation. The terminal is an application software system of B/S or C/S architecture, and can be operated on a computer, a tablet device and a mobile phone platform. The user can register the system login account at the application terminal and maintain basic information and passwords of the user, one user can apply to be a provider user or a constructor user at the same time, and the system can verify the identity of the current user through a mobile phone short message and a mailbox mode to complete verification. The user can complete the creation of the project demand order in the application software, complete payment on line, participate in the equipment purchasing and construction implementing bidding confirmation of the project process, monitor the progress state of each process of the project, check and accept the project completion, and evaluate and feed back the service of the supplier, the constructor, the product or the system platform. The supplier user can submit and maintain own product information including the specification model, performance, other descriptions and price information of the product in the system, can bid in response to bidding projects of the system, can perform shipping management operation in the system, and can scan express or logistics single code input system to track and monitor the logistics process. The user of the constructor can maintain the self authentication information of the practise qualification in the system, can receive the bid information of project construction implementation issued by the system to make bid response, and can manage and maintain the responsible project in stages, processes, plans and personnel, and feed back the implementation state of the project process at any time until completion.
The payment module supports online payment and can be used for completing payment on bank online banking, payment treasures, weChat and other payment platforms. After the payment request is submitted, the system can actively acquire the result of the payment state from the payment platform through the service interface, and can also passively provide the result of the payment state submitted by the payment platform through the service interface, so as to feed back the payment result to the user. The payment module may be paid by the user to the system or refunded by the system to the user. The user may view the payment and refund data details of the details.
The short message module can support the receiving and sending of gateway type mobile phone short messages, also support the receiving and sending of mobile phone short messages of communication equipment, and also support the sending and receiving of instant communication software such as micro messages. The short message service is used for authentication during user registration, authentication during password loss reset, authentication applied to be a provider user, authentication applied to be a constructor and authentication code authentication during payment. The system can send notification and reminding information to all users in a short message mode, can send equipment purchasing bid information to suppliers, can send project implementation bid information to constructors, can send project progress state information to users, and can send various information to be reminded to all users.
The logistics service module is in butt joint with the logistics service platform system to provide logistics service. After the suppliers send goods to scan express or logistics sheets, the system can track the logistics state. The background of the system inquires the logistics task which is not delivered at present in a certain period, acquires the position state of the logistics task and feeds back the updated record, and users, suppliers and management personnel can inquire the delivery state of a logistics sheet at any time. The system obtains the logistics transportation state and can inform the user to sign and obtain and feed back the sign-in state after the logistics transportation state is sent.
The electronic map service module is in butt joint with the electronic map service platform, longitude and latitude coordinates of the current position of the user can be obtained, and specific address information can be reversely obtained by the coordinate values. When the user places a list, the user can locate the current position, and automatically obtain specific address information and write the specific address information into a text input box of the project site. After the user manually inputs the description text of the address information, the system can convert the description of the address into longitude and latitude coordinates and check the validity of the address. The provider or the constructor can check the address information, and after clicking the address, the electronic map software system can be automatically opened, the address is marked on the map, the navigation system can be started in the electronic map software, and the user can go to the project address from the current position.
The development of the server and the client of the invention can adopt the following schemes:
1. server side: the server system is a B/S architecture, and the client interacts with the server through the HTTP protocol. The system adopts JAVA language development, and a lightweight application system platform constructed by taking JAVA EE as a base platform Spring MVC framework can cross-platform and run on a popular Windows, linux operating system. By means of Spring MVC framework, the system adopts standard MVC architecture design development, MVC full name is Model View Controller, is an abbreviation of model-view-controller (controller), is a software design model, organizes codes by a method of separating business logic, data and interface display, gathers the business logic into a component, and does not need to re-write the business logic while improving and personalizing custom interfaces and user interaction. The system provides interfaces of Web Service and Restful API types, the Web Service realizes communication interaction through XML format data, and the Restful API adopts JSON format data to realize communication interaction. The system uses the components of the Hibernet or Spring JDBCTemplate of the upper package to realize the operation of the database based on the bottom data access of the JDBC, and can be compatible with the mainstream relational databases such as MS SQL Server, oracle, my SQL and the non-relational databases such as MongDB and HBase database.
2. Client side: clients can be developed based on several types of platforms, respectively:
a. the system can acquire the authorization of the user for acquiring the identity information after the user pays attention to the public number of the operation company, and the user can enter the system through a menu of the WeChat public number. The system uses a webpage authorization request initiated by a screen as a scope to acquire basic information of a user, acquires the OpenID of the current WeChat user through an API of the WeChat platform, verifies the user identity from user data of the system according to the unique OpenID of the user, turns to a user registration page if the OpenID user does not exist, turns to a system main interface if verification is passed, and the WeChat user registration system does not need to input a user name password.
b. And the browser enables the user to access and log in the system in a WEB mode by inputting a system website. The WEB interface is based on an HTML5 standard, and a UI component of BootStrap is adopted to realize the development of the front-end page. Bootstrap is a front-end framework for rapidly developing Web application programs and websites, integrates and encapsulates a large number of UI components based on HTML, CSS, JAVASCRIPT, and can be used for making pages with powerful functions and attractive patterns by simply referring to the pages. The front-end function of the page is realized based on JAVASCRIPT script language, and refers to popular JQuery front-end function frames, and rich function realization is obtained through simple function call. The data on the webpage of the browser is interacted with the server in an Ajax mode, and the data is acquired and submitted.
c. The android APP, the native android UI and the HTM5 are combined to realize the presentation of an APP interface, man-machine operation interaction with a user and communication with a server, and the inside of the android APP, the native android UI and the HTM5 adopt an HTTP protocol mode to acquire data and submit data with the server. The terminal is developed based on a MVP (Model View Presenter) framework, reduces responsibility of the Activity, simplifies codes in the Activity, extracts complex logic codes into a Presenter for processing, and enables the coupling degree to be lower so as to be more convenient for development and testing. And the user inputs a user name and a password in a login interface to log in the system for operation by opening the APP.
The apple APP, the native IOS UI and the HTM5 are combined to realize the presentation of an APP interface, the man-machine operation interaction of a user and the communication with a server, and the inside of the apple APP, the native IOS UI and the HTM5 adopt an HTTP protocol mode to acquire data and submit data with the server. The terminal application software is developed by using an Objective-C language, a user downloads and installs from an APPSTORE, and inputs a user name and a password in a login interface to log in the system for operation by opening an APP.
The present invention is not limited to the preferred embodiments, and any simple modification, equivalent replacement, and improvement made to the above embodiments by those skilled in the art without departing from the technical scope of the present invention, will fall within the scope of the present invention.
Claims (3)
- EPC project collaborative operation management system, characterized in that: the system comprises a server core business management module, an operation management client module, an application client module, a payment module, a short message module, a logistics service module and an electronic map service module; a user or a business owner creates a requirement order of a project at an application client module, submits the requirement order to an operation management client module, then an operation manager receives and confirms the requirement order and generates a project design scheme in the background, wherein the requirement order comprises required equipment or bill of materials, and the requirement order is sent to a server core service management module; the server core business management module screens out applicable equipment brand models from a database of system equipment or materials according to technical setting requirements of project design schemes so as to be selected by a user or an operation center manager; after the brand model and the quantity of the equipment are determined, the server-side core service management module sends quotation notification to all suppliers, and the suppliers make quotation and promise response to the goods arrival period to the server-side core service management module through the application client module and send the quotation and promise response to the application client module of the user, so that the user can compare and select the suppliers by himself; meanwhile, the core business management module of the server side sends project bid-signing notification to all constructors, the constructors make response of commitments of implementation cost and commitment completion deadlines through the application client side module, and users make comparison and selection on the constructors by themselves;an operation management center personnel logs in the system through an operation management client module to complete operation management service of the project, and the terminal is an application software system of a B/S or C/S architecture and can be operated on a computer, a tablet device and a mobile phone platform; the operation management client module realizes the audit acceptance of a user order, the transaction of a project loan service, the dispatch of project site investigation, the generation of a project design scheme, the purchase bid release and bid resolution of project material equipment, the project bid release and bid resolution of project construction implementation, the monitoring management of equipment supply process, the monitoring management of project construction process, the acceptance confirmation of project completion, the management maintenance of a provider and a user representative thereof, the management maintenance of a constructor and a user representative thereof, and the acceptance of service requirements of various users;the user, the provider and the constructor can log in the system through the client module to complete the required functional operation, and the terminal is an application software system of a B/S or C/S architecture and can run on a computer, a tablet device and a mobile phone platform; the user can register the system login account number and maintain the basic information and the password of the user at the client module terminal, one user can apply to become a provider user or a constructor user at the same time, and the system can verify the identity of the current user through a mobile phone short message and a mailbox mode to complete verification; the user completes the creation of the project demand order in the application software, completes the payment on line, can participate in the equipment purchasing and construction implementing bidding confirmation of the project process, can monitor the progress state of each process of the project, carry out the acceptance confirmation of the project completion, and carry out evaluation feedback on the service of a provider or a constructor or a product or a system platform; the supplier user can submit and maintain own product information including the specification model, performance, other descriptions and price information of the product in the system, can respond to bidding projects of the system to bid, can perform shipping management operation in the system, and can scan an express or logistics single code input system to track and monitor a logistics process; the user of the constructor can maintain self practitioner qualification authentication data in the system, can receive bid information of project construction implementation issued by the system to conduct bid response, and can manage and maintain responsible projects at stages, processes, plans and personnel, and feed back implementation states of project processes at any time until finishing;the payment module supports online payment and can be used for docking with bank online banking, payment treasures, weChat and other payment platforms to finish payment; after the payment request is submitted, the system can actively acquire the result of the payment state from the payment platform through the service interface, and can also passively provide the result of the payment state submitted by the payment platform through the service interface, so as to feed back the payment result to the user; the payment module can pay the system by the user or refund the user by the system; the user can view the payment and refund data details of the details;the short message module can support the receiving and sending of gateway type mobile phone short messages, also support the receiving and sending of mobile phone short messages of communication equipment, and also support the sending and receiving of messages of instant communication software; the short message service is used for identity verification during user registration, identity verification during password loss reset, identity verification applied to be a provider user, identity verification applied to be a constructor and verification code identity verification during payment; the system can send notification and reminding information to all users in a short message mode, can send equipment purchasing bid information to a provider, can send project implementation bid information to a constructor, can send project progress state information to the users, and can send various information to be reminded to all users;the logistics service module is in butt joint with the logistics service platform system to provide logistics service, and after a supplier delivers a scanned express or logistics bill, the system can track the logistics state; the system background queries the logistics task which is not delivered at present in a certain period, acquires the position state of the logistics task to be updated and records and feeds back, and users, suppliers and management personnel can query the delivery state of a logistics sheet at any time; the system acquires the logistics transportation state, and can inform a user to sign and acquire and feed back the sign-in state after the logistics transportation state is delivered;the electronic map service module is in butt joint with the electronic map service platform, and can acquire longitude and latitude coordinates of the position of the current user, and reversely acquire specific address information by the coordinate values; when the user places a bill, the user can position the current position, automatically obtain specific address information and then write the specific address information into a text input box of the project site; after the user manually inputs the description text of the address information, the system can convert the description of the address into longitude and latitude coordinates and check the validity of the address; the provider or the constructor can check the address information, and after clicking the address, the electronic map software system can be automatically opened, the address is marked on the map, the navigation system can be started in the electronic map software, and the user can go to the project address from the current position.
- 2. The EPC project co-operation management system according to claim 1 wherein: the server core business management module is connected with the payment module, the short message module, the logistics service module and the electronic map service module, and is respectively connected with the operation management client module and the application client module.
- 3. The EPC project co-operation management system according to claim 1 wherein: the server core business management module manages all users of common users, manager users, suppliers and constructors; a database for managing equipment manufacturers, brands and products; the online transaction function of order placement, payment and refund of the user requirements is realized; project investigation, evaluation and project design scheme generation are realized; managing the whole process of project operation; the work rating feedback of suppliers, constructors, users and background operation service personnel is realized; service interfaces for various types of data and communications are provided.
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| CN111008369A (en) * | 2019-12-11 | 2020-04-14 | 深圳供电局有限公司 | Engineering cost information management system based on big data |
| CN111424988A (en) * | 2020-03-11 | 2020-07-17 | 广东工业大学 | Device for intelligently cutting, welding and binding steel bars and control method thereof |
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