An off-site warehouse library allocation, warehousing, de-warehousing and cargo right transfer integrated implementation method based on table value parameters

Abstract

The application discloses a kind of factory outside warehouse allocation, warehousing, warehouse and cargo right transfer integrated implementation method based on table value parameter, belong to industrial intelligent manufacturing and ERP / MES integrated management technical field.The application adopts heavy back end, light front end architecture, with custom table value parameter as unified data transmission carrier, through single storage procedure centralized control allocation, warehousing, warehouse, auditing, cargo right transfer and other full-service operations, all write operations are included in database atomic transaction guarantee data consistency.With core business wide table as data backbone, through only batch number, document number realizes factory warehouse and factory outside warehouse full-link data through, innovatively realizes the management mode of cargo right transfer and physical warehouse separation, while supporting warehouse information and enterprise organization post information automatic linkage, front end only retains extremely simple interactive function.The application solves the pain points of traditional factory outside warehouse management data independence, interface dispersion, batch operation inefficiency, poor data consistency and cargo right transfer limitation, has been completely landed in actual industrial MES / ERP integrated system, with the advantages of stable architecture, efficient processing, strong maintainability, industrialization promotion value is outstanding, suitable for manufacturing enterprises factory outside warehouse large-scale, standardization, intelligent operation demand.The application has been completely landed in actual industrial ERP system, can be long-term stable operation in real production environment, with mature engineering value and industrialization promotion ability.

Description

[0001] This invention belongs to the field of integrated management technology of industrial intelligent manufacturing, enterprise resource planning, and manufacturing execution systems. Specifically, it relates to an integrated control method for off-site warehouse allocation, warehousing, outbound, ownership transfer, and the entire process based on table-valued parameters. Background Technology

[0002] In the actual operation of modern manufacturing enterprises, in order to improve the speed of spot response and expand sales areas, a management model of storing and turning over goods in leased warehouses outside the factory is widely adopted. Traditional warehouse management systems generally have the following technical problems when dealing with off-site warehouse operations: Data in the factory warehouse and the external warehouse are independent of each other, and inventory, storage location and status cannot be managed in a unified manner, which can easily lead to problems such as data inconsistency, duplicate statistics and shipping conflicts.

[0003] The business operation interfaces are scattered, and operations such as adding, modifying, deleting, approving, and canceling require multiple sets of interfaces to be implemented separately, making the system difficult to maintain and having poor scalability.

[0004] Data transmission relies primarily on scattered parameters, resulting in low efficiency in batch operations and failing to meet the rapid processing needs of multi-volume, multi-batch, and large-volume business.

[0005] The lack of a unified database transaction control mechanism can easily lead to problems such as partial data updates, state corruption, and inaccurate inventory when operations are abnormal.

[0006] The front-end and back-end are highly coupled. The front-end code contains a large amount of business logic, data validation and SQL statements, resulting in code redundancy, poor stability and high maintenance costs.

[0007] The inability to separate the transfer of ownership from the physical delivery of goods means that sales confirmation and financial settlement can only be carried out after the goods have actually left the warehouse, which restricts the efficiency of spot trading.

[0008] The aforementioned problems result in cumbersome and inefficient off-site warehouse management processes, making it difficult to guarantee data security and consistency, and failing to meet the needs of enterprises for large-scale, standardized, and intelligent off-site warehouse operations. Summary of the Invention

[0009] The purpose of this invention is to overcome the shortcomings of existing technologies and provide an integrated method for off-site warehouse allocation, warehousing, outbound and ownership transfer based on table-valued parameters, so as to achieve centralized management and control of the entire off-site warehouse process, high data consistency, extremely simple and stable architecture and rapid business expansion.

[0010] This invention adopts an integrated architecture design that is heavy on the backend and light on the frontend. All business logic, data verification, transaction control, state transition and exception handling are implemented in the database layer. The frontend only retains the simplest interactive functions and does not carry complex business rules, thereby improving the system stability and maintainability from the architectural level.

[0011] Custom table-valued parameters are used as the unified data transmission carrier for all business operations. All operations such as allocation, warehousing, outbound, auditing, and transfer of ownership are transmitted in batches in the form of table structure, realizing interface standardization, parameter unification, and efficient processing.

[0012] A single stored procedure is used to carry out multiple types of business operations. The operation type field distinguishes between behaviors such as adding applications, modifying, deleting, financial review, canceling review, warehousing, and outbound, so as to achieve centralized management of the entire lifecycle of the same business module.

[0013] All write operations are executed within atomic database transactions. Successful operations are committed uniformly, while exceptions or business conflicts are automatically rolled back. Custom exception information can be accurately returned, ensuring strict consistency of inventory, storage location, status, and ownership data from the underlying layer.

[0014] Using a core business wide table as the backbone of the entire process data, data is integrated across various stages such as in-plant warehouse, out-of-plant warehouse, transfer, delivery, sales, and finance through unique volume numbers and document numbers, enabling one-time updates, full-link synchronization, and full-process traceability.

[0015] This management model separates the physical location of goods from the transfer of ownership, enabling the completion of ownership changes, sales confirmations, and financial accounting without altering the actual storage location of the goods, thus significantly improving the efficiency of spot trading.

[0016] The front-end adopts a unified and minimalist structure, completing only four functions: building parameter tables, filling data, calling unified interfaces, and refreshing the interface after execution. No business logic is written, and no SQL statements are concatenated, making the front-end extremely thin, stable, and easy to maintain.

[0017] Warehouse information is automatically linked with enterprise organizational job information. When adding, modifying, or deleting warehouses, the corresponding job information is maintained simultaneously to avoid duplicate data maintenance and inconsistencies. Detailed Implementation

[0018] The present invention will be further described in detail below with reference to specific embodiments.

[0019] This invention provides an integrated method for off-site warehouse allocation, warehousing, outbound operations, and transfer of ownership based on table-valued parameters, comprising the following steps: Establish core data tables related to off-site warehouses, including transfer information tables, warehouse information tables, core cargo information tables, job information tables, and temporary shipment tables, and achieve full-chain association through unique roll numbers and transfer order numbers.

[0020] Define various custom table types as a unified data transmission structure between the front-end and back-end, supporting the one-time input of batch product information, operation information, personnel information, and address information.

[0021] The front-end constructs a corresponding parameter table, fills in the goods selected by the user, the business information entered, the operator information, etc., and passes it to the back-end stored procedure through a unified public interface.

[0022] The backend receives table-valued parameters through a single stored procedure and enters the corresponding branch based on the operation type: Transfer application: Automatically generates a unique transfer order number, records transfer information, and binds the corresponding cargo roll number.

[0023] Financial review and cancellation of review: Update document status and record reviewer, review time, and review address.

[0024] Warehousing and Warehousing Cancellation: Automatically update warehouse location information, clear or restore warehouse locations within the factory area, and synchronize information on warehouses outside the factory.

[0025] Outbound and transfer of ownership: Update the status of goods to realize the change of ownership, supporting both physical immobility and ownership transfer modes.

[0026] Warehouse Management: Enables the addition, modification, and deletion of warehouses, and synchronously maintains enterprise job information. Warehouses where transactions have already occurred are prohibited from being deleted or modified to ensure data security.

[0027] All data changes are completed within a transaction. In case of an exception or failure of business validation, the transaction is immediately rolled back and a clear exception message is returned to ensure data consistency.

[0028] After the business logic is completed, the front-end calls the unified query interface to refresh the interface and display the latest data status.

[0029] This invention achieves standardized, integrated, and intelligent management of the entire process of off-site warehouses through centralized business processing, unified data transmission, strong transaction control, and a simplified front-end architecture. Beneficial effects

[0030] Extremely simple and stable architecture: It adopts a heavy backend and light frontend model. The frontend has no business logic and no complex SQL, which greatly reduces the amount of code and significantly improves system stability.

[0031] Strong data consistency: end-to-end atomic transaction control of the database, automatic rollback of anomalies, and prevention of problems such as data corruption, storage location conflicts, duplicate shipments, and duplicate audits.

[0032] High processing efficiency: Based on table-valued parameters, batch parameter passing supports one-time operation of large batches of goods, greatly improving business processing speed.

[0033] The entire process is integrated: allocation, review, warehousing, outbound, transfer of ownership, delivery, and financial status are all connected, enabling full traceability.

[0034] Business model innovation: It supports the separation of ownership of goods and physical delivery, allowing sales and settlement to be completed without moving the goods, which is compatible with modern spot trading models.

[0035] High maintainability and scalability: Unified interface, unified structure, unified mode, new business modules can quickly reuse the existing architecture without repeated design.

[0036] Highly practical and applicable: This invention is an engineering technical solution that has been fully developed, tested, and launched in actual industrial scenarios, possessing real business value and conditions for industrial promotion.

Claims

1. A method for integrating off-site warehouse allocation, warehousing, outbound operations, and transfer of ownership based on tabular parameters, characterized in that, Includes the following steps: (1) Establish a core data table for off-site warehouses and realize the data association of the entire process of on-site warehouses, off-site warehouses, transfers, shipments, sales and finance through unique volume numbers and document numbers; (2) Define a custom table type as a unified data transmission carrier, and use table value parameters to carry batch goods, operations, personnel and address information; (3) The front end builds a parameter table and passes it to the back end single stored procedure through a unified interface. The stored procedure processes transfer applications, approvals, inbound, outbound, transfer of ownership, and warehouse management business according to the operation type. (4) All data changes are executed within database atomic transactions, and exceptions are automatically rolled back and return accurate exception information; (5) The front end only performs parameter construction, interface calls, and interface refresh, and does not carry business logic or SQL concatenation; (6) Separate the transfer of ownership of goods from physical delivery, and complete the change of ownership, sales confirmation and financial accounting without changing the storage location of the goods.

2. The method according to claim 1, characterized in that, The single stored procedure can distinguish and process all lifecycle operations, including new application, modification, deletion, financial review, cancellation of review, warehousing, cancellation of warehousing, outbound, transfer of ownership, and warehouse maintenance, enabling centralized management of the same business module.

3. The method according to claim 1, characterized in that, The table-valued parameters support the simultaneous input and processing of multiple rolls, multiple batches, and large quantities of goods, improving the efficiency of batch business execution.

4. The method according to claim 1, characterized in that, By using a wide table representing core business data as the data backbone, updates can be performed in one place, synchronized across the entire chain, and traceable throughout the entire process.

5. The method according to claim 1, characterized in that, Warehouse information is automatically linked with enterprise organizational position information. When adding / modifying / deleting a warehouse, the corresponding position is maintained simultaneously. Warehouses that have already had business transactions cannot be deleted or modified.

6. The method according to claim 1, characterized in that, It adopts a backend-heavy, frontend-light architecture, with all business logic, data validation, transaction control, and exception handling implemented in the database layer, and the frontend has a minimalist interactive structure.

7. The method according to claim 1, characterized in that, This method has been engineered and implemented in the integrated MES / ERP system of industrial manufacturing enterprises, and can stably support the large-scale, standardized and intelligent operation of off-site warehouses.