CN113610367B - Digital operation management platform for manufacturing enterprises - Google Patents
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- CN113610367B CN113610367B CN202110840890.7A CN202110840890A CN113610367B CN 113610367 B CN113610367 B CN 113610367B CN 202110840890 A CN202110840890 A CN 202110840890A CN 113610367 B CN113610367 B CN 113610367B
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Abstract
The invention discloses a digital operation management platform for manufacturing enterprises. The invention establishes a digital operation management platform, utilizes an order management system to obtain a user order sent by an electronic commerce platform, carries out delivery processing on the user order when goods in the user order are in good, generates a production order when the goods in the user order are not in good, sends the production order to an intelligent manufacturing system, utilizes the intelligent manufacturing system to generate a production work order according to the production order when the materials of the production order are in a complete set to produce the goods, sends the delivery information of the goods to the order management system, generates a purchase request when the materials are in a non-complete set, sends the purchase request to a supply chain management system, utilizes the supply chain management system to generate a purchase order according to the purchase request, carries out delivery processing on the purchase order, sends the stock preparation information to the intelligent manufacturing system after the materials in the purchase order are put in storage, realizes the integrated operation management of manufacturing and supply chains, and improves the operation management efficiency of manufacturing enterprises.
Description
Technical Field
The invention relates to the technical field of electronic commerce, in particular to a digital operation management platform for manufacturing enterprises.
Background
In the large background of the explosive development of industrial internet technology, consumers are increasingly gaining acceptance as a new e-commerce model for making their own customizations to manufacturers. The novel electronic commerce mode utilizes the advantage that the electronic commerce platform is butted with a consumer and can obtain big consumption data, consumer preference commodities are provided for upstream manufacturing enterprises, the manufacturing enterprises can provide corresponding products according to the consumer preference commodities, and market demands are quickly and accurately met.
Running this new e-commerce model requires relying on data feedback between the manufacturing enterprise and the e-commerce platform and the supply chain flexibility of the manufacturing enterprise itself. For data feedback, the e-commerce platform needs to update consumer data regularly and feed back the consumer data to the manufacturing enterprise, so that the manufacturing enterprise designs products by using the latest consumer data and puts the products on the e-commerce platform for sale, and needs to feed back sales information of the goods on the shelf to the manufacturing enterprise in time, so that the manufacturing enterprise flexibly operates the supply chain, and continuously completes the links of purchasing, production, delivery and the like except for design, thereby achieving the quick response of the supply chain of small-batch and multi-variety batch.
However, production management systems such as ERP, PMC, APS and the like used by a manufacturing enterprise at present are all used for independently managing the affairs of a department involved in a certain production link, and are lack of information correlation with each other, so that the manufacturing enterprise faces a plurality of problems, such as the data of upstream and downstream in an industrial chain is not communicated, the digitization of a midstream production end is weak, the management is extensive, the downstream sales end cannot know the production condition and the inventory information of a midstream in time, the data of the downstream sales end cannot be fed back to the midstream production end in time, and the cooperation between the upstream raw material supply end and the midstream production end is difficult, which results in low operation management efficiency.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a digital operation management platform for manufacturing enterprises, which can realize integrated operation management of manufacturing and supply chains and improve the operation management efficiency of the manufacturing enterprises.
In order to solve the above technical problem, in a first aspect, an embodiment of the present invention provides a digital operation management platform for a manufacturing enterprise, including an order management system, an intelligent manufacturing system, and a supply chain management system; the order management system is in communication connection with the intelligent manufacturing system, and the intelligent manufacturing system is in communication connection with the supply chain management system;
the order management system is used for acquiring a user order sent by an electronic commerce platform, carrying out delivery processing on the user order when goods in the user order are in good, generating a production order when the goods in the user order are not in good, and sending the production order to the intelligent manufacturing system;
the intelligent manufacturing system is used for generating a production work order according to the production order to produce the goods when the materials of the production order are completely nested, sending the production information of the goods to the order management system, generating a purchasing request when the materials of the production order are not completely nested, and sending the purchasing request to the supply chain management system;
and the supply chain management system is used for generating a purchase order according to the purchase request, issuing the purchase order, and sending stock preparation information to the intelligent manufacturing system after the materials in the purchase order are put into a warehouse.
Furthermore, the digital operation management platform of the manufacturing enterprise also comprises an external intelligent manufacturing system; the external intelligent manufacturing system is in communication connection with the intelligent manufacturing system;
the intelligent manufacturing system is further used for generating an outside production work order according to the production order when the production order needs outside production, and sending the outside production work order to the external intelligent manufacturing system;
and the external intelligent manufacturing system is used for producing the goods according to the outside production work order and sending outside production information to the intelligent manufacturing system.
Further, the digital operation management platform of the manufacturing enterprise also comprises an external supply chain management system; the external supply chain management system is in communication connection with the supply chain management system;
the supply chain management system is used for generating a purchase order according to the purchase request, generating an outsource purchase order according to the purchase order when the purchase order needs outsource purchase, and sending the outsource purchase order to the external supply chain management system;
and the external supply chain management system is used for sending the outsource purchase order and sending the outsource material preparation information to the supply chain management system after the materials in the outsource purchase order are put into a warehouse.
Further, the order management system is further configured to, after the user order sent by the electronic commerce platform is obtained, ship the user order when goods in the user order are in good, generate a production order when goods in the user order are not in good, and check the user order before sending the production order to the intelligent manufacturing system.
Further, when the materials of the production order are completely set, a production work order is generated according to the production order to produce the goods, and the production reporting information of the goods is sent to the order management system, specifically:
carrying out production scheduling according to the production order, and generating the production work order when the materials of the production order are completely sleeved;
and carrying out production material preparation, production processing, quality inspection and packaging according to the production work order to obtain the goods, and sending the production reporting information to the order management system.
Further, the generating a purchase order according to the purchase request, issuing the purchase order, and sending the prepared material information to the intelligent manufacturing system after the material in the purchase order is put into storage specifically includes:
and generating the purchase order according to the purchase request, sending the purchase order to a corresponding supplier according to the materials in the purchase order for material sending processing, and sending the prepared material information to an intelligent manufacturing system after the materials in the purchase order are put in storage.
Further, the order management system is also used for responding to a user order marking request initiated by a management terminal and marking the user order;
and the intelligent manufacturing system is also used for responding to a production order marking request initiated by the management terminal and marking the production order.
Furthermore, the order management system comprises a goods management subsystem, an order management subsystem, a user management subsystem, an anchor task management subsystem and a data analysis subsystem;
the goods management subsystem is used for managing goods information and inventory information of manufacturers;
the order management subsystem is used for distributing the user order to a corresponding manufacturer according to goods in the user order;
the user management subsystem is used for managing the user information of the user order and generating a user portrait according to the user information;
the anchor management subsystem is used for managing the basic information and the named tasks of the anchor;
the anchor task management subsystem is used for managing the cooperation tasks between an anchor and the electronic commerce platform;
and the data analysis subsystem is used for managing the interactive information between the digital operation management platform and the electronic commodity platform.
Furthermore, the intelligent manufacturing system comprises a material preparation management subsystem, a scheduling management subsystem, a production management subsystem, a quality inspection management subsystem and a packaging management subsystem;
the stock preparation management subsystem is used for managing the material information of the production order;
the scheduling management subsystem is used for scheduling production according to the production order to obtain the production work order;
the production management subsystem is used for managing production information in the goods production process;
the quality inspection management subsystem is used for performing quality inspection on the goods and managing quality inspection information of the goods;
and the packaging management subsystem is used for packaging the goods and managing the packaging information of the goods.
Further, the supply chain management system comprises a purchase management subsystem, an inventory management subsystem and a logistics management subsystem;
the purchase management subsystem is used for sending the purchase order to a corresponding supplier according to the materials in the purchase order;
the inventory management subsystem is used for managing inventory information of materials in the purchase order;
and the logistics management subsystem is used for managing the logistics information of the materials in the purchase order.
Compared with the prior art, the embodiment of the invention has the following beneficial effects:
the method comprises the steps of connecting an order management system with an intelligent manufacturing system in a communication mode, connecting the intelligent manufacturing system with a supply chain management system in a communication mode, establishing a digital operation management platform, obtaining a user order sent by an electronic commerce platform through the order management system, carrying out delivery processing on the user order when goods in the user order are good, generating a production order when the goods in the user order are not good, sending the production order to the intelligent manufacturing system, generating a production work order according to the production order when the materials of the production order are matched by the intelligent manufacturing system to produce the goods, sending production information of the goods to the order management system, generating a purchase request when the materials of the production order are not matched, sending the purchase request to the supply chain management system, generating a purchase order according to the purchase request through the supply chain management system, carrying out material sending processing on the order, sending material preparation information to the intelligent manufacturing system after the materials in the purchase order are put in storage, achieving integrated operation management of manufacturing and supply chains, and improving operation management efficiency of manufacturing enterprises.
Drawings
Fig. 1 is a schematic structural diagram of a digital operation management platform of a manufacturing enterprise according to a first embodiment of the present invention;
fig. 2 is a data flow diagram of a digital operation management platform of a manufacturing enterprise according to a first embodiment of the present invention;
fig. 3 is a schematic structural diagram of an order management system according to a first embodiment of the present invention.
Detailed Description
The technical solutions in the present invention will be described clearly and completely with reference to the accompanying drawings, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
As shown in fig. 1, a first embodiment provides a digital operation management platform for a manufacturing enterprise, which includes an order management system 11, an intelligent manufacturing system 12, and a supply chain management system 13; the order management system 11 is in communication connection with the intelligent manufacturing system 12, and the intelligent manufacturing system 12 is in communication connection with the supply chain management system 13; the order management system 11 is configured to obtain a user order sent by the electronic commerce platform, deliver the user order when goods in the user order are good, generate a production order when the goods in the user order are not good, and send the production order to the intelligent manufacturing system 12; the intelligent manufacturing system 12 is used for generating a production work order according to the production order to produce goods when the materials of the production order are completely nested, sending production information of the goods to the order management system 11, generating a purchase request when the materials of the production order are not completely nested, and sending the purchase request to the supply chain management system 13; and the supply chain management system 13 is configured to generate a purchase order according to the purchase request, perform material distribution processing on the purchase order, and send material preparation information to the intelligent manufacturing system 12 after the material in the purchase order is put into a warehouse.
Illustratively, the user purchases and places an order through the e-commerce platform, and after online payment is made through the financial platform, the e-commerce platform generates a final user order, and sends the user order to the order management system 11 in the digital operation management platform through a digital interface between the e-commerce platform and the digital operation management platform.
The order management system 11 receives a user order sent by the e-commerce platform, checks the user order, and issues the user order to a corresponding manufacturer, determines whether goods in the user order are available, if so, carries out delivery processing on the user order, and if not, generates a production order according to the shortage condition of the user order, and sends the production order to the intelligent manufacturing system 12, so that the intelligent manufacturing system 12 carries out goods production according to the production order.
The intelligent manufacturing system 12 receives the production order sent by the order management system 11, carries out production scheduling on the production order according to production requirements, judges whether materials of the production order are completely matched, if the materials of the production order are completely matched, generates a production work order according to the production order, executes the production work order to carry out production material preparation, production processing, quality inspection and packaging, completes production of goods, sends production information of the goods to the order management system 11 after the production of the goods is completed, enables the order management system 11 to carry out delivery processing on a user order, and if the materials of the production order are not completely matched, generates a purchase request according to the material shortage condition of the production order, sends the purchase request to the supply chain management system 13, and enables the supply chain management system 13 to carry out material purchase according to the purchase request. After receiving the production order, the intelligent manufacturing system 12 can arrange, execute, and change the production work order according to the production order, and perform dynamic response operations such as canceling, suspending, accelerating, and restarting the production work order process after adjusting the conditions such as the state of the production machine and the inspection of the production specification.
The supply chain management system 13 receives the purchase request sent by the intelligent manufacturing system 12, generates a purchase order according to the purchase request, issues the purchase order to the corresponding supplier according to the material requirement of the purchase order, enables the corresponding supplier to generate a sales order according to the purchase order and confirms the sales order by combining with the actual material stock, performs material issuing processing, sends the stock information to the intelligent manufacturing system 12 after the materials in the purchase order are put in storage, and enables the intelligent manufacturing system 12 to perform goods production.
In the embodiment, the integrated operation management of manufacturing and supply chains can be realized by establishing the digital operation management platform, and the operation management efficiency of manufacturing enterprises is improved.
In a preferred embodiment, the digital operation management platform of the manufacturing enterprise further comprises an external intelligent manufacturing system; the external smart manufacturing system is communicatively coupled to the smart manufacturing system 12; the intelligent manufacturing system 12 is further configured to generate an outsource production work order according to the production order when the production order requires outsource production, and send the outsource production work order to an external intelligent manufacturing system; and the external intelligent manufacturing system is used for producing goods according to the outside production work order and sending the outside production information to the intelligent manufacturing system 12.
Illustratively, the intelligent manufacturing system 12 receives the production order sent by the order management system 11, performs production scheduling on the production order according to production requirements, determines whether the production order requires outsourced production, generates an outsourced production work order according to the production order if the production order requires outsourced production, and sends the outsourced production work order to the external intelligent manufacturing system.
The external intelligent manufacturing system receives the outside production work order sent by the intelligent manufacturing system 12, performs material preparation, production processing, quality inspection and packaging according to the outside production work order, completes production of goods, sends the production reporting information of the goods to the intelligent manufacturing system 12, or receives key materials and processes according to the outside production work order, sends the key materials back to a factory managed by the intelligent manufacturing system 12 for quality inspection and packaging, so that the intelligent manufacturing system 12 uniformly records the production reporting information of the goods, and the goods are put in storage for later use.
In this embodiment, by adding the external intelligent manufacturing system, the intelligent manufacturing system 12 and the external intelligent manufacturing system can cooperate to produce goods under the condition of huge production order quantity, thereby improving the processing efficiency of the production order.
In a preferred embodiment, the digital operation management platform of the manufacturing enterprise further comprises an external supply chain management system; the external supply chain management system is in communication connection with the supply chain management system 13; the supply chain management system 13 is used for generating a purchase order according to the purchase request, generating a outsource purchase order according to the purchase order when the purchase order needs outsource purchase, and sending the outsource purchase order to the external supply chain management system; and the external supply chain management system is used for sending the external cooperation purchase order and sending the external cooperation material preparation information to the supply chain management system 13 after the materials in the external cooperation purchase order are put into a warehouse.
Illustratively, the supply chain management system 13 receives the purchase request sent by the intelligent manufacturing system 12, generates a purchase order according to the purchase request, determines whether the purchase order requires outsourced purchase, generates an outsourced purchase order according to the purchase order if the purchase order requires outsourced purchase, and sends the outsourced purchase order to the external supply chain management system.
The external supply chain management system receives the outsource purchase order sent by the supply chain management system 13, sends the outsource purchase order to the corresponding supplier according to the material requirement of the outsource purchase order, enables the corresponding supplier to generate the outsource sale order according to the outsource purchase order, confirms the outsource sale order by combining with the actual material stock, carries out material sending processing, sends outsource material preparation information to the supply chain management system 13 after the materials in the outsource purchase order are put in storage, enables the supply chain management system 13 to uniformly record the material preparation information of the materials, and puts the materials in storage for standby.
In this embodiment, by adding the external supply chain management system, the supply chain management system 13 and the external supply chain management system can perform material purchasing in cooperation under the condition that the amount of the purchase order is huge, so that the purchase order processing efficiency is improved.
In a preferred embodiment, the order management system 11 is further configured to, after obtaining the user order sent by the e-commerce platform, perform delivery processing on the user order when goods in the user order are good, generate a production order when goods in the user order are not good, and audit the user order before sending the production order to the intelligent manufacturing system 12.
Illustratively, the order management system 11 obtains a user order sent by the e-commerce platform, and performs audit on the user order, where the audit includes whether a user of the audit user order has a bad record, whether goods in the user order are still in production and sale, whether the quantity of the goods is abnormal, and remark information of the user order, and if the user order passes the audit, it determines whether the goods in the user order have goods, and performs delivery processing on the user order when the goods in the user order have goods, and generates a production order when the goods in the user order have no goods, and sends the production order to the intelligent manufacturing system 12, so that the intelligent manufacturing system 12 performs production of the goods, and if the user order does not pass the audit, feeds back the user order and the audit result to the e-commerce platform.
According to the embodiment, the order of the user is checked, so that the processing of invalid orders can be avoided, and the order processing efficiency of the user is improved.
In a preferred embodiment, when the materials of the production order are complete, a production work order is generated according to the production order to produce the goods, and the production reporting information of the goods is sent to the order management system 11, specifically: carrying out production scheduling according to the production order, and generating a production work order when the materials of the production order are completely sleeved; and (4) carrying out production material preparation, production processing, quality inspection and packaging according to the production work order to obtain goods, and sending production reporting information to the order management system 11.
Illustratively, the intelligent manufacturing system 12 receives the production order sent by the order management system 11, performs production scheduling on the production order according to production requirements, determines whether materials of the production order are completely set, generates a production work order according to the production order if the materials of the production order are completely set, executes the production work order to perform production material preparation, production processing, intermediate processing and packaging, completes production of goods, and sends production information of the goods to the order management system 11 after completing the production of the goods, so that the order management system 11 performs delivery processing on the user order.
In a preferred embodiment, the generating a purchase order according to the purchase request, sending the material to the purchase order, and sending the material preparation information to the intelligent manufacturing system 12 after the material in the purchase order is put into storage specifically includes: and generating a purchase order according to the purchase request, sending the purchase order to a corresponding supplier for material sending according to the materials in the purchase order, and sending the prepared material information to the intelligent manufacturing system 12 after the materials in the purchase order are put into a warehouse.
Illustratively, the supply chain management system 13 receives a purchase request sent by the intelligent manufacturing system 12, generates a purchase order according to the purchase request, issues the purchase order to a corresponding supplier according to the material requirement of the purchase order, enables the corresponding supplier to generate a sales order according to the purchase order, confirms the sales order by combining with an actual material stock, performs material issuing processing, sends stock preparation information to the intelligent manufacturing system 12 after the material in the purchase order is put in storage, and enables the intelligent manufacturing system 12 to perform goods production.
In a preferred embodiment, the order management system 11 is further configured to respond to a user order marking request initiated by the management terminal, and mark the user order; the intelligent manufacturing system 12 is further configured to perform a marking process on the production order in response to a production order marking request initiated by the management terminal.
As an example, the manager may mark the order on both the order management system 11 and the intelligent manufacturing system 12, so that the relevant personnel, such as the worker, can conveniently perform corresponding processing according to the order mark. And the characteristics of the order are transmitted to related parties in real time through a mark management system, so that related personnel can quickly cooperate and respond according to the order mark. Where active orders, priority orders, emergency orders, etc. may be flagged.
To more clearly illustrate the digital operation management platform of the manufacturing enterprise according to the embodiment, the work flow of the platform is shown in fig. 2 as an example.
In this embodiment, a unified log management interface, a message integration interface, and a data interface of other digital execution systems can be established for the order management system 11, the intelligent manufacturing system 12, and the supply chain management system 13, and a secondary development application container hosting mechanism is established, so that an end user can participate in custom application development and access.
In a preferred embodiment, the order management system 11 includes a goods management subsystem, an order management subsystem, a user management subsystem, an anchor task management subsystem and a data analysis subsystem; the goods management subsystem is used for managing goods information and inventory information of manufacturers; the order management subsystem is used for distributing the user order to the corresponding manufacturer according to the goods in the user order; the user management subsystem is used for managing the user information of the user order and generating a user portrait according to the user information; the anchor management subsystem is used for managing the basic information and the famous tasks of the anchor; the anchor task management subsystem is used for managing the cooperation tasks between the anchor and the electronic commerce platform; and the data analysis subsystem is used for managing the interactive information of the digital operation management platform and the electronic commodity platform.
As shown in fig. 3, the order management system 11 illustratively includes a goods management subsystem, an order management subsystem, a user management subsystem, an anchor task management subsystem, and a data analysis subsystem. The method comprises the steps of managing goods, inventory, commission proportion and other information of direct operation manufacturers and cooperative manufacturers through a goods management subsystem, distributing user orders to corresponding manufacturers through an order management subsystem according to the goods in the user orders, managing user information of the user orders through the user management subsystem, generating user images according to the user information, managing basic information and named tasks of direct signature anchor and cooperative anchor through an anchor management subsystem, managing cooperative tasks between anchors and merchants on an electronic commerce platform through an anchor task management subsystem, and managing interactive information of a digital operation management platform and an electronic commodity platform through a data analysis subsystem, such as activities, orders, users, sales conditions and the like.
In a preferred embodiment, the intelligent manufacturing system 12 includes a material preparation management subsystem, a production scheduling management subsystem, a production management subsystem, a quality inspection management subsystem, and a packaging management subsystem; the material preparation management subsystem is used for managing material information of the production order; the scheduling management subsystem is used for scheduling production according to the production order to obtain a production work order; the production management subsystem is used for managing production information in the goods production process; the quality inspection management subsystem is used for performing quality inspection on goods and managing quality inspection information of the goods; and the packaging management subsystem is used for packaging the goods and managing the packaging information of the goods.
In a preferred embodiment, the supply chain management system 13 includes a procurement management subsystem, an inventory management subsystem and a logistics management subsystem; the purchase management subsystem is used for sending the purchase order to a corresponding supplier according to the materials in the purchase order; the inventory management subsystem is used for managing inventory information of the materials in the purchase order; and the logistics management subsystem is used for managing the logistics information of the materials in the purchase order.
In summary, the embodiment of the present invention has the following advantages:
the method comprises the steps of establishing a digital operation management platform by connecting an order management system 11 with an intelligent manufacturing system 12 in a communication mode, connecting the intelligent manufacturing system 12 with a supply chain management system 13 in a communication mode, obtaining a user order sent by an electronic commerce platform by using the order management system 11, carrying out delivery processing on the user order when goods in the user order are in good condition, generating a production order when the goods in the user order are not in good condition, sending the production order to the intelligent manufacturing system 12, generating a production work order according to the production order when materials of the production order are in good condition by using the intelligent manufacturing system 12 to produce the goods, sending production information of the goods to the order management system 11, generating a purchase request when the materials of the production order are not in good condition, sending the purchase request to the supply chain management system 13, generating a purchase order according to the purchase request by using the supply chain management system 13, carrying out material sending processing on the purchase order, sending stock preparation information to the intelligent manufacturing system 12 after the materials in the purchase order are put in storage, achieving integrated operation management of manufacturing and supply chains, and improving the operation management efficiency of manufacturing enterprises.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
It will be understood by those skilled in the art that all or part of the processes of the above embodiments may be implemented by hardware related to instructions of a computer program, and the computer program may be stored in a computer readable storage medium, and when executed, may include the processes of the above embodiments. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
Claims (1)
1. A digital operation management platform for manufacturing enterprises is characterized by comprising an order management system, an intelligent manufacturing system, a supply chain management system and an external intelligent manufacturing system; the order management system is in communication connection with the intelligent manufacturing system, the intelligent manufacturing system is in communication connection with the supply chain management system, and the external intelligent manufacturing system is in communication connection with the intelligent manufacturing system;
the order management system is used for acquiring a user order sent by an electronic commerce platform, carrying out delivery processing on the user order when goods in the user order are in good, generating a production order when the goods in the user order are not in good, and sending the production order to the intelligent manufacturing system;
the intelligent manufacturing system is used for generating a production work order according to the production order to produce the goods when the materials of the production order are completely nested, sending the production information of the goods to the order management system, generating a purchasing request when the materials of the production order are not completely nested, and sending the purchasing request to the supply chain management system;
the supply chain management system is used for generating a purchase order according to the purchase request, performing material distribution processing on the purchase order, and sending material preparation information to the intelligent manufacturing system after materials in the purchase order are put in storage;
the intelligent manufacturing system is further used for generating an outside production work order according to the production order when the production order needs outside production, and sending the outside production work order to the external intelligent manufacturing system;
the external intelligent manufacturing system is used for generating the goods according to the outsource production work order and sending outsource production information to the intelligent manufacturing system;
also includes an external supply chain management system; the external supply chain management system is in communication connection with the supply chain management system;
the supply chain management system is used for generating a purchase order according to the purchase request, generating an outsource purchase order according to the purchase order when the purchase order needs outsource purchase, and sending the outsource purchase order to the external supply chain management system;
the external supply chain management system is used for sending the outsource purchase order and sending outsource material preparation information to the supply chain management system after the materials in the outsource purchase order are put in storage;
the order management system is further configured to, after the user order sent by the electronic commerce platform is obtained, carry out delivery processing on the user order when goods in the user order are in good, generate a production order when goods in the user order are not in good, and check the user order before sending the production order to the intelligent manufacturing system;
when the materials of the production order are completely sleeved, a production work order is generated according to the production order to produce the goods, and production reporting information of the goods is sent to the order management system, and the method specifically comprises the following steps:
carrying out production scheduling according to the production order, and generating the production work order when the materials of the production order are completely sleeved;
carrying out production material preparation, production processing, quality inspection and packaging according to the production work order to obtain the goods, and sending the production reporting information to the order management system;
the method comprises the steps of generating a purchase order according to the purchase request, issuing the purchase order, and sending stock preparation information to the intelligent manufacturing system after materials in the purchase order are put in storage, and specifically comprises the following steps:
generating the purchase order according to the purchase request, sending the purchase order to a corresponding supplier according to materials in the purchase order for material sending processing, and sending the prepared material information to an intelligent manufacturing system after the materials in the purchase order are put in storage;
the order management system is also used for responding to a user order marking request initiated by the management terminal and marking the user order;
the intelligent manufacturing system is also used for responding to a production order marking request initiated by the management terminal and marking the production order;
the order management system comprises a goods management subsystem, an order management subsystem, a user management subsystem, an anchor task management subsystem and a data analysis subsystem;
the goods management subsystem is used for managing goods information and inventory information of manufacturers; the order management subsystem is used for distributing the user order to a corresponding manufacturer according to goods in the user order;
the user management subsystem is used for managing the user information of the user order and generating a user portrait according to the user information;
the anchor management subsystem is used for managing the basic information and the named tasks of the anchor;
the anchor task management subsystem is used for managing the cooperation tasks between an anchor and the electronic commerce platform;
the data analysis subsystem is used for managing the interactive information between the digital operation management platform and the electronic commerce platform;
the intelligent manufacturing system comprises a material preparation management subsystem, a production scheduling management subsystem, a production management subsystem, a quality inspection management subsystem and a packaging management subsystem;
the material preparation management subsystem is used for managing the material information of the production order;
the scheduling management subsystem is used for scheduling production according to the production order to obtain the production work order;
the production management subsystem is used for managing production information in the goods production process;
the quality inspection management subsystem is used for performing quality inspection on the goods and managing quality inspection information of the goods;
the packaging management subsystem is used for packaging the goods and managing the packaging information of the goods;
the supply chain management system comprises a purchasing management subsystem, an inventory management subsystem and a logistics management subsystem;
the purchase management subsystem is used for sending the purchase order to a corresponding supplier according to the materials in the purchase order;
the inventory management subsystem is used for managing inventory information of materials in the purchase order;
the logistics management subsystem is used for managing logistics information of materials in the purchase order;
the method comprises the steps of establishing a digital operation management platform by connecting an order management system with an intelligent manufacturing system in a communication mode, connecting the intelligent manufacturing system with a supply chain management system in a communication mode, obtaining a user order sent by an electronic commerce platform by using the order management system, carrying out delivery processing on the user order when goods in the user order are in good condition, generating a production order when the goods in the user order are not in good condition, sending the production order to the intelligent manufacturing system, generating a production work order according to the production order to produce the goods when the materials of the production order are matched by using the intelligent manufacturing system, sending the delivery information of the goods to the order management system, generating a purchase request when the materials of the production order are not matched, sending the purchase request to the supply chain management system, generating a purchase order according to the purchase request by using the supply chain management system, carrying out material sending processing on the order, sending prepared material information to the intelligent manufacturing system after the materials in the purchase order are put in storage, realizing integrated operation management of manufacturing and supply chains, and improving the operation management efficiency of manufacturing enterprises.
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