CN111144679A - Automobile panel intelligent supply chain system and implementation method - Google Patents
Automobile panel intelligent supply chain system and implementation method Download PDFInfo
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- CN111144679A CN111144679A CN201811337597.3A CN201811337597A CN111144679A CN 111144679 A CN111144679 A CN 111144679A CN 201811337597 A CN201811337597 A CN 201811337597A CN 111144679 A CN111144679 A CN 111144679A
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Abstract
The invention relates to an automobile board intelligent supply chain system and an implementation method thereof. The operation end is a system operation platform which is divided into a buyer operation platform and a supplier operation platform; the intelligent data processing system comprises a business management module, a logistics intelligent management decision-making module and a financial management module; the data memory is used for storing and inquiring data; the GPS positioning system is used for the whole-course GPS positioning and tracking of the automobile plate and provides geographical position information for logistics intelligent decision based on a factory area, a production base, an inventory base, real-time logistics and a fund flow; the internet communication network system is used for the whole process in the supply chain system and is used for data transmission and communication. The system is applied to the whole process of the whole supply chain, relates to each link such as production, transportation, inventory management, purchasing, financial settlement and the like, improves the management efficiency of the whole supply chain by adopting intellectualization as a core, and provides a logistics optimal solution for a client according to the production plan arrangement of the client.
Description
Technical Field
The invention relates to an automobile panel intelligent supply chain system and an implementation method.
Background
The realization of supply chain system collaborative management with the customer, information sharing is always one of the goals of mechanical manufacturing enterprises, and how to really achieve the purpose of taking the customer as the center and the fundamental requirements can also provide timely and effective various services for the customer. With the rapid development of artificial intelligence and networks, intelligent supply chain systems become possible, which is also a necessary trend for the development of enterprise supply chain models. However, the supply chain includes many links, the system is compatible, the information is shared, and the timely transmission of the data is very difficult to realize. At present, communication between a plurality of enterprises and clients still depends on traditional telephone, direct visit and other modes, and essentially, no comprehensive-function intelligent supply chain system is applied to manufacturing enterprises and clients to realize the cooperative management of each link of purchasing, production arrangement, logistics transportation, finance and the like and achieve the win-win of the enterprises and the clients. The invention provides reference for the development of an intelligent supply chain in the manufacturing industry by taking an automobile board intelligent supply chain system as an example.
Disclosure of Invention
The invention aims to provide an automobile panel intelligent supply chain system and an implementation method thereof, which can automatically calculate the requirements of customers according to the production arrangement of the customers, arrange the production progress and complete the early tracking and implementation of orders; in the logistics link, after a customer confirms delivery arrangement, the system automatically corresponds the vehicle information with delivery details and displays the delivery position and state of the warehouse and delivery related information; in the financial link, after the customer confirms the receipt, the customer can select the resource list required to be invoiced by himself, the system generates an invoicing information list after the confirmation, the user verifies the list, confirms and transmits the invoicing information, and the whole invoicing process realizes the collaborative invoicing. In each link of the whole supply chain, enterprises and clients can see the progress and arrangement of products in real time, make butt joint in time and automatically calculate the possible optimal solution to the sudden problems possibly existing in the products.
The specific implementation method scheme of the invention is as follows:
the invention relates to an automobile board intelligent supply chain system, which comprises:
the operation end is a system operation platform;
the intelligent data processing system comprises a business management module, a logistics intelligent management decision-making module and a financial management module;
the data server records and stores data;
the GPS positioning system is used for the whole-course GPS positioning and tracking of the automobile plate and provides geographical position information for logistics intelligent decision based on a factory area, a production base, an inventory base, real-time logistics and a fund flow;
the internet communication network system is used for the whole process in the supply chain system and is used for data transmission and communication.
The intelligent data processing system comprises a business management module, a logistics management module and a financial management module, and can assist customers to make accurate, reliable and feasible demand plans and demand forecast of the customers through a data processing platform, guide production management of enterprises, make reasonable production plans, store customer data and the like.
The invention discloses a method for realizing an intelligent supply chain system of an automobile panel, which comprises the following steps:
(1) installing and operating the system;
(2) the system is opened, a user logs in the system through information such as a user account and the like, and the system running condition and the system function interface are displayed through the operation display;
(3) the user inputs the information of the requirement of the customer product, the type of the goods supply product, the logistics transportation, the production and goods supply period, the position of the warehouse and other related information, and establishes a database;
(4) selecting a corresponding functional module for operation by a user according to a corresponding functional prompt of the system interface;
(5) the user is in commercial management module, and the user selects different functions in this module, including making the purchase plan, assigns, trails order information, looks over the notice of getting in stocks, applies for the purchase money, makes the bill of lading by oneself, accepts the notice of getting in stocks, looks over not getting in stocks.
(6) Inputting the quantity and the type of the automobile production plan of a client in a system business management module, automatically calculating the type and the quantity of the required automobile plates by the system according to the automobile production quantity of the client, making a production plan arrangement, a goods supply plan and a goods supply mode according to the quantity and the type, automatically producing a goods delivery bill according to the goods delivery plan of the client, timely transmitting the goods delivery bill to a warehouse for delivery, and automatically generating a corresponding detailed list of finished products and used materials of the client by the system after finishing;
(7) the user is in the logistics management module, and the user selects different functions in this module, including vehicle, boats and ships dynamic tracking, accepts the notice of drawing goods, looks over not drawing goods thing, draws goods in coordination, the transportation negotiation, and the incoming material is with to the order, stock standing book inquiry.
(8) Through the transportation management function in the system, the customer confirms the delivery arrangement, and the system automatically corresponds the vehicle information with the delivery details and displays the delivery position of the warehouse, the state of the warehouse and the delivery information. Meanwhile, according to the delivery particulars, the 'delivery (receipt) note' and the 'warehousing note' are printed. In the whole process, the system calculates the optimal logistics arrangement according to the inventory number of the warehouse, the warehouse position, the number of idle transportation vehicles, the urgency of customer demand and other factors, the customer can check the position information, the arrival time and the like of the corresponding goods supply variety in real time, and can make corresponding changes on the transportation mode and the shipment warehouse according to the change of the demand time of the customer, so that the optimal scheme of the logistics transportation mode, the transportation time and the cost is realized.
(9) And in the financial management module, the user selects different functions in the module, including payment account management, collaborative invoicing, payment statement, invoiced statement, invoiceable inquiry and settlement list inquiry. After the customer confirms the receipt, the customer selects the resource list required to be invoiced by himself, the system generates an invoicing information list after confirmation, the user verifies the list, confirms and transmits the invoicing information, and the whole invoicing process realizes the collaborative invoicing.
(10) And the user automatically generates a detailed list for all information of business purchasing, logistics transportation and financial management in the whole supply chain link through the full information reconciliation of the system service terminal, the system automatically displays the confirmation state of the client, and the user confirms after checking all information and transmits the information to the client.
Drawings
FIG. 1 is a schematic diagram of the structure of the present invention
FIG. 2 is a schematic flow chart of the present invention
Detailed Description
The invention is further described below with reference to the accompanying drawings:
as shown in fig. 1 and fig. 2, the smart supply chain system for automobile panels of the present invention comprises an operation end 1, an intelligent data processing system 2, a data storage 3, a GPS positioning system 4 and an internet communication network system 5. The data processing system 2 comprises a business management module 21, a logistics management module 22 and a financial module 23, the operation end 1 is a system operation platform, the intelligent data processing platform 2 corresponds to the agility of a client, and the processing process provides multidirectional information support for the client; a data memory 3 for recording and storing data; the GPS positioning system 4 provides real-time positioning and warehouse positioning information of a logistics transportation link for a client, and logistics tracking service is visualized; the internet communication network system 5 connects the user with the client and connects the user with the communication network of the data processing platform.
The invention discloses a realization method of an automobile board intelligent supply chain system, which comprises the following steps:
firstly, under the condition that the system works normally and a client database is established, a user opens a login system and selects a corresponding functional module according to a system interface function prompt; then, the user reversely deduces the material of the product in the business management module according to the product production plan of the user, and makes a plan according to the material, automatically generates a delivery bill according to the delivery plan of the customer, and timely transmits the delivery bill to a warehouse for delivery, and after the completion, the system automatically generates a corresponding detailed list of the finished product of the user and the used material; in the logistics management module, a user confirms delivery arrangement by a transportation management function in the system, and then the system automatically corresponds vehicle information and delivery details and displays the delivery position and state of the warehouse and delivery related information. Meanwhile, according to the delivery details, printing a delivery (receipt) note and a warehousing note; in the financial management module, after a customer confirms receipt, a user automatically selects a resource list needing invoicing, after confirmation, a system generates an invoicing information list, a user audits the list, confirms and transmits the invoicing information, and the whole invoicing process realizes collaborative invoicing; then, the user automatically generates a detailed list of all information such as business purchase, logistics transportation, financial management and the like in the whole supply chain link through the full information reconciliation function of the system service terminal, the system automatically displays the confirmation state of the client, and the user checks all information for confirmation and transmits the confirmation to the client.
Certainly, the business functions further include other functions such as market demand prediction, automatic generation of order form, transportation tracking, real-time information sharing, profit sharing link cost optimization and the like according to the customer instructions.
Claims (3)
1. An auto-board smart supply chain system, comprising:
the operation end is a system operation platform;
the intelligent data processing system comprises a business management module, a logistics intelligent management decision-making module and a financial management module;
the GPS positioning system is used for the whole-course GPS positioning and tracking of the automobile plate and provides geographical position information for logistics intelligent decision based on a factory area, a production base, an inventory base, real-time logistics and a fund flow;
the internet communication network system is used for the whole process in the supply chain system and is used for data transmission and communication.
2. The auto board smart supply chain system of claim 1, wherein: the operation end comprises a client end and an enterprise end and realizes different operation functions according to requirements; the intelligent data processing system comprises a business management module, a logistics intelligent management decision-making module and a financial management module, can automatically calculate the requirements of customers according to the production plan arrangement of automobile enterprises, arrange the production plan of a steel mill, provide purchasing lists and settlement functions for the customers, provide optimal automobile board transportation and inventory services for the customers, provide whole-process visual, dynamic and real-time real-state video query functions for the customers and the enterprises, reasonably adjust the inventory and automatically send out early warning information and purchasing countermeasures for the enterprises and the customers.
3. An implementation method of an automobile board intelligent supply chain system comprises the following steps:
(1) installing and operating the system;
(2) the system is opened, the user logs in the system through information such as a user account, and the system running condition and the system function interface are displayed through the operation display:
(3) the user inputs the information of the requirement of the customer product, the type of the goods supply product, the logistics transportation, the production and goods supply period, the position of the warehouse and other related information, and establishes a database;
(4) selecting a corresponding functional module for operation by a user according to a corresponding functional prompt of the system interface;
(5) the user is in commercial management module, and the user selects different functions in this module, including making the purchase plan, assigns, trails order information, looks over the notice of getting in stocks, applies for the purchase money, makes the bill of lading by oneself, accepts the notice of getting in stocks, looks over not getting in stocks.
(6) Inputting the quantity and the type of an automobile production plan of a client in a system business management module, automatically calculating the type and the quantity of required automobile plates by the system according to the quantity of the automobile production of the client, making a production plan arrangement, a goods supply plan and a goods supply mode according to the quantity and the type of the automobile plates, automatically producing a goods pick-up bill according to the goods pick-up plan of the client, timely transmitting the goods pick-up bill to a warehouse for delivery, and automatically generating a corresponding detailed list of finished products and used materials of the client by the system after finishing;
(7) the user is in the logistics management module, and the user selects different functions in this module, including vehicle, boats and ships dynamic tracking, accepts the notice of drawing goods, looks over not drawing goods thing, draws goods in coordination, the transportation negotiation, and the incoming material is with to the order, stock standing book inquiry.
(8) Through the transportation management function in the system, the customer confirms the delivery arrangement, and the system automatically corresponds the vehicle information with the delivery details and displays the delivery position of the warehouse, the state of the warehouse and the delivery information. Meanwhile, according to the delivery particulars, the 'delivery (receipt) note' and the 'warehousing note' are printed. In the whole process, the system calculates the optimal logistics arrangement according to the inventory number of the warehouse, the warehouse position, the number of idle transportation vehicles, the urgency of customer demand and other factors, the customer can check the position information, the arrival time and the like of the corresponding goods supply variety in real time, and can make corresponding changes on the transportation mode and the shipment warehouse according to the change of the demand time of the customer, so that the optimal scheme of the logistics transportation mode, the transportation time and the cost is realized.
(9) And in the financial management module, the user selects different functions in the module, including payment account management, collaborative invoicing, payment statement, invoiced statement, invoiceable inquiry and settlement list inquiry. After the customer confirms the receipt, the customer selects the resource list required to be invoiced by himself, the system generates an invoicing information list after confirmation, the user verifies the list, confirms and transmits the invoicing information, and the whole invoicing process realizes the collaborative invoicing.
(10) And the user automatically generates a detailed list for all information of business purchasing, logistics transportation and financial management in the whole supply chain link through the full information reconciliation of the system service terminal, the system automatically displays the confirmation state of the client, and the user confirms after checking all information and transmits the information to the client.
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| CN201811337597.3A CN111144679A (en) | 2018-11-06 | 2018-11-06 | Automobile panel intelligent supply chain system and implementation method |
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| CN201811337597.3A CN111144679A (en) | 2018-11-06 | 2018-11-06 | Automobile panel intelligent supply chain system and implementation method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112132399A (en) * | 2020-08-28 | 2020-12-25 | 成都飞机工业（集团）有限责任公司 | Ecological multidimensional image visualization system of aviation product supply chain |
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- 2018-11-06 CN CN201811337597.3A patent/CN111144679A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112132399A (en) * | 2020-08-28 | 2020-12-25 | 成都飞机工业（集团）有限责任公司 | Ecological multidimensional image visualization system of aviation product supply chain |
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Application publication date: 20200512 |