CN114881552A - Logistics distribution management system - Google Patents

Abstract

The invention discloses a logistics distribution management system, belongs to the technical field of warehousing management, and can fully utilize the existing resources of the information industry, assist the information industry in developing logistics distribution management work, improve the working efficiency of a distribution center and reduce the operation cost of the distribution center. The system comprises: the system comprises a delivery center server, an order management module, a receiving management module, a tally management module, an inventory management module and a scheduling management module; the order management module is used for collecting order information, and the order information comprises commodity information, order quantity, order time and a delivery address; the commodity information is bar code information corresponding to the commodity; the receiving management module is used for identifying the bar code information and recording the bar code information and receiving time; the inventory management module is used for allocating a unique inventory bar code for the inventory, wherein the inventory bar code comprises an inventory storage commodity name, corresponds the inventory bar code to the barcode information of the commodity one by one, and is also used for monitoring the quantity of the commodity in the inventory and the residual capacity of the inventory in real time.

Description

A logistics distribution management system

technical field

The invention relates to a logistics distribution management system, which belongs to the technical field of warehouse management.

Background technique

In the entire logistics process of goods being delivered from manufacturers to customers, distribution centers have increasingly become an important part of commodity logistics, and the operating costs of distribution centers account for an increasing proportion of the overall logistics costs. Therefore, reducing the operation of distribution centers It is particularly important to improve the operating efficiency of the distribution center. Generally speaking, there are two ways to reduce the operating cost of a distribution center: one is to reduce the inventory of goods, and the other is to reduce the loss of goods. To do these two points well, the distribution center must carry out logistics tracking and inventory control on the one hand, and reduce the error rate of operations on the other hand. Every step of the process operation of the distribution center operation must be accurate, timely, and have traceability, controllability and coordination.

However, in the operation and management of traditional distribution centers, commodity logistics information is mainly displayed in the form of forms, and the in-out and out-of-stock status of commodities cannot be reflected in time. At the same time, because the entire operation process is mostly manual management, the error rate is high, and accounts often Inconsistent goods, unclear location of goods, and wrong delivery of goods will increase the loss of goods, and make operation management often in a chaotic state, making the operating cost of the distribution center high.

SUMMARY OF THE INVENTION

The invention provides a logistics distribution management system, which can make full use of the existing resources of the information industry, assist the information industry to carry out the logistics distribution management work, improve the work efficiency of the distribution center, and reduce the operation cost of the distribution center.

The invention provides a logistics distribution management system. The system includes: a distribution center server, an order management module, a receipt management module, a tally management module, an inventory management module and a dispatch management module;

The order management module, the receipt management module, the storage management module, the tally management module, the inventory management module and the dispatch management module are all connected to the distribution center server;

The order management module is used to collect order information, and the order information includes commodity information, order quantity, order time and delivery address; the commodity information is barcode information corresponding to the commodity, and the barcode information includes commodity name, brand, place of origin and specifications;

The receiving management module is used to identify the barcode information, and record the barcode information and the receiving time, and the receiving time is the time of scanning the barcode information, and uploading the barcode information to the delivery central server;

The tally management module is configured to allocate a storage location for the corresponding commodity or display the storage location corresponding to the commodity according to the barcode information;

The inventory management module is used to assign a unique storage location barcode to the storage location, the storage location barcode includes the storage location storage commodity name, and the storage location barcode and the barcode information of the commodity are in one-to-one correspondence; the inventory management module It is also used for real-time monitoring of the quantity of goods in the storage location and the remaining capacity of the storage location;

The dispatching management module is used for allocating vehicles to deliver commodities.

Optionally, the order management module includes an information collection sub-module, a sorting sub-module and a processing sub-module;

The information collection sub-module is used for collecting the order information, and confirming and checking the order information;

The sorting sub-module is used to screen the order information according to the delivery address;

The processing submodule is configured to process the order corresponding to the order information according to the order time.

Optionally, the dispatching management module includes a distribution sorting module and a vehicle dispatching module;

The delivery and sorting module is configured to sort the commodities corresponding to the order information according to the delivery address;

The vehicle dispatching module is used for dispatching vehicles to distribute the sorted commodities.

Optionally, the system further includes a distribution management module, and the distribution management module is configured to generate a picking label according to the order information, and paste the picking label on the corresponding commodity, and the picking label is The label contains barcode information corresponding to the commodity, and the commodity is identified and classified according to the barcode information.

Optionally, the delivery management system further includes a vehicle source management module, and the vehicle source management module includes a vehicle information management sub-module, a driver information management sub-module, a driving route management sub-module and a vehicle state management sub-module;

The vehicle information management sub-module is used to add, delete, modify and query the basic information of the vehicle, the basic information includes the vehicle type, the license plate and the vehicle capacity;

The driver information management sub-module is used to add, delete, modify and inquire about the basic information of the driver and the vehicle corresponding to the driver;

The driving route management sub-module is used to determine the best delivery route according to the pickup warehouse address and the order address;

The vehicle state management sub-module is used to query the vehicle operation state, and the vehicle operation state includes a dispatch state, an idle state and a fault state.

Optionally, the logistics distribution management system further includes a barcode label management module for adding, deleting, changing and querying barcodes and their corresponding barcode information.

Optionally, the logistics distribution management system further includes a user management module for providing new user registration, commodity information query, order information query and logistics signal query.

Optionally, the logistics distribution management system further includes an information release module and an evaluation feedback module;

The information release module is used to release investment promotion information;

The evaluation feedback module is used for receiving user evaluation and feedback.

The beneficial effects that the present invention can produce include:

The logistics distribution management system of the invention has strong integration, and utilizes the advantages of low cost of barcode information, rapid identification, accuracy, simple operation and low error rate to assist the information industry to carry out logistics distribution management work, improve the work efficiency of the distribution center, and reduce the cost of the distribution center. operating costs.

Description of drawings

FIG. 1 is a system block diagram of a logistics distribution management system provided by an embodiment of the present invention.

List of parts and reference numbers:

1. Distribution center server; 2. Order management module; 3. Receipt management module; 4. Tally management module; 5. Inventory management module; 6. Scheduling management module; 7. Distribution management module; 8. Vehicle source management module; 9. Barcode label management module; 10. User management module; 11. Information release module; 12. Evaluation feedback module.

Detailed ways

The present invention will be described in detail below with reference to the examples, but the present invention is not limited to these examples.

An embodiment of the present invention provides a logistics distribution management system. As shown in FIG. 1 , the system includes: a distribution center server 1, an order management module 2, a receipt management module 3, a tally management module 4, an inventory management module 5, and a scheduling module. Management module 6.

The order management module 2 , the goods receipt management module 3 , the warehousing management module, the tally management module 4 , the inventory management module 5 and the dispatch management module 6 are all connected to the distribution center server 1 .

The order management module 2 is used to collect order information, which includes commodity information, order quantity, order time and delivery address; commodity information is the barcode information corresponding to the commodity, and the barcode information includes commodity name, brand, origin and specification.

Specifically, the order management module 2 includes an information collection sub-module, a sorting sub-module and a processing sub-module;

The information collection sub-module is used to collect order information, and to confirm and check the order information;

The sorting sub-module is used to filter the order information according to the delivery address;

The processing sub-module is used to process the order corresponding to the order information according to the order time.

In this embodiment, when the distribution center supplies the supplier, the operator first inputs the barcode including the product name, brand, origin and specification into the computer, and the order information placed by the supplier includes the barcode.

The receiving management module 3 is used to identify the barcode information, and record the barcode information and the receiving time. The receiving time is the time of scanning the barcode information, and uploading the barcode information to the distribution center server 1 .

The tally management module 4 is used for allocating storage locations for the corresponding commodities or displaying the storage locations corresponding to the commodities according to the barcode information.

The inventory management module 5 is used to assign a unique storage location barcode to the storage location, the storage location barcode includes the storage location storage commodity name, and the storage location barcode is corresponding to the barcode information of the commodity one-to-one; the inventory management module 5 is also used for real-time monitoring of the storage location. The quantity of goods in the location and the remaining capacity of the location.

Specifically, before moving the goods, the staff scans the barcode on the packaging box of the goods, and a prompt will appear on the computer, reminding the staff to put the goods in the pre-assigned storage location, and after the staff transports the goods to the designated storage location, scan the barcode Location barcode to ensure that the location found is correct.

And when the goods are out of the warehouse, according to the inventory time of the goods, the first-in, first-out out of the warehouse can be realized, and the batch management of the goods can also be realized.

The dispatch management module 6 is used to allocate vehicles to deliver commodities.

Specifically, the dispatch management module 6 includes a distribution and sorting module and a vehicle dispatch module;

The delivery sorting module is used to sort the commodities corresponding to the order information according to the delivery address;

The vehicle dispatching module is used for dispatching vehicles to distribute the sorted commodities.

The system also includes a distribution management module 7. The distribution management module 7 is used to generate a picking label according to the order information, and paste the picking label on the corresponding commodity. The picking label contains the barcode information corresponding to the commodity. According to the barcode information to identify and classify products.

The distribution management system further includes a vehicle source management module 8, and the vehicle source management module 8 includes a vehicle information management sub-module, a driver information management sub-module, a driving route management sub-module and a vehicle state management sub-module;

The vehicle information management sub-module is used to add, delete, change and query the basic information of the vehicle, including the vehicle type, license plate and vehicle capacity;

The driver information management sub-module is used to add, delete, change and query the basic information of the driver and the vehicle corresponding to the driver;

The driving route management sub-module is used to determine the best delivery route according to the pickup warehouse address and the order address;

The vehicle status management sub-module is used to query the vehicle running status, which includes dispatch status, idle status and fault status.

The logistics distribution management system also includes a barcode label management module 9 for adding, deleting, changing and querying barcodes and their corresponding barcode information.

The logistics distribution management system also includes an information release module 11 and an evaluation feedback module 12;

The information release module 11 is used to release investment promotion information;

The evaluation feedback module 12 is used for receiving user evaluation and feedback.

The logistics distribution management system of the invention has strong integration, and utilizes the advantages of low cost of barcode information, rapid identification, accuracy, simple operation and low error rate to assist the information industry to carry out logistics distribution management work, improve the work efficiency of the distribution center, and reduce the cost of the distribution center. operating costs.

The above are just a few embodiments of the present application, and are not intended to limit the present application in any form. Although the present application is disclosed above with preferred embodiments, it is not intended to limit the present application. Deviating from the scope of the technical solution of the present application, any changes or modifications made by using the technical content disclosed above are equivalent to equivalent implementation cases and fall within the scope of the technical solution.

Claims (8)

1. A logistics distribution management system, said system comprising: the system comprises a delivery center server, an order management module, a receiving management module, a tally management module, an inventory management module and a scheduling management module;

the order management module, the receiving management module, the warehousing management module, the tally management module, the inventory management module and the scheduling management module are all connected with the distribution center server;

the order management module is used for collecting order information, and the order information comprises commodity information, order quantity, order time and a delivery address; the commodity information is bar code information corresponding to a commodity, and the bar code information comprises a commodity name, a brand, a production place and specifications;

the delivery management module is used for identifying the bar code information, recording the bar code information and delivery time, wherein the delivery time is the time for scanning the bar code information, and uploading the bar code information to the distribution center server;

the tally management module is used for distributing storage positions for corresponding commodities or displaying the storage positions corresponding to the commodities according to the bar code information;

the inventory management module is used for allocating a unique inventory bar code for an inventory, wherein the inventory bar code comprises an inventory storage commodity name, and the inventory bar code corresponds to the bar code information of the commodity one by one; the inventory management module is also used for monitoring the commodity quantity of the inventory and the residual capacity of the inventory in real time;

the dispatching management module is used for dispatching vehicles to deliver commodities.

2. The logistics distribution management system of claim 1, wherein the order management module comprises an information acquisition sub-module, a sorting sub-module and a processing sub-module;

the information acquisition submodule is used for acquiring the order information and confirming and checking the order information;

the sorting submodule is used for screening the order information according to a delivery address;

and the processing sub-module is used for processing the order corresponding to the order information according to the order time.

3. The logistics distribution management system of claim 1, wherein the dispatch management module comprises a distribution sorting module and a vehicle dispatch module;

the distribution and sorting module is used for sorting the commodities corresponding to the order information according to the distribution address;

the vehicle dispatching module is used for dispatching vehicles to deliver the sorted commodities.

4. The logistics distribution management system of claim 1, further comprising a distribution management module, wherein the distribution management module is configured to generate a picking label according to the order information, and attach the picking label to a corresponding product, wherein the picking label includes bar code information corresponding to the product, and the product is identified and classified according to the bar code information.

5. The logistics distribution management system of claim 1, further comprising a vehicle source management module, wherein the vehicle source management module comprises a vehicle information management submodule, a driver information management submodule, a driving route management submodule and a vehicle state management submodule;

the vehicle information management submodule is used for adding, deleting, changing and inquiring basic information of the vehicle, wherein the basic information comprises the type of the vehicle, the license plate and the capacity of the vehicle;

the driver information management submodule is used for adding, deleting, changing and inquiring driver basic information and a vehicle corresponding to a driver;

the driving route management submodule is used for determining an optimal distribution route according to the goods taking warehouse address and the order address;

the vehicle state management submodule is used for inquiring the vehicle running state, and the vehicle running state comprises a dispatching state, an idle state and a fault state.

6. The logistics distribution management system of claim 1, further comprising a barcode label management module for adding, deleting, modifying and querying barcodes and their corresponding barcode information.

7. The logistics distribution management system of claim 1, further comprising a user management module for providing new user registration, goods information inquiry, order information inquiry and logistics signal inquiry.

8. The logistics distribution management system of claim 1, wherein the logistics distribution management system further comprises an information publishing module and an evaluation feedback module;

the information issuing module is used for issuing the recruiting information;

the evaluation feedback module is used for receiving user evaluation and feedback.

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