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Order processing method

An order processing and order technology, applied in the information field, can solve problems such as failure to deliver on time, failure to consider inventory quantity, and low efficiency of order allocation, so as to reduce logistics transportation costs, improve logistics transportation efficiency, and shorten order response time. Effect

Pending Publication Date: 2020-06-19
郭俊
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This leads to problems such as low order distribution efficiency and untimely processing
This has not taken into account the inventory quantity of each warehouse, resulting in that the order cannot be shipped on time after it is allocated to the warehouse.

Method used

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  • Order processing method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0107] This embodiment provides the situation that the first user selects the picked product with one kind of picked product ID and one delivery warehouse.

[0108] The grab product ID selected by the first user is a, and the order quantity is 10; in the target warehouse A, the stock quantity of the grab product a is 10, and the order matching degree data is 100%; the target warehouse B grabs the warehouse of product a The stock quantity is 9, and the order matching degree data is 90%. Then the final delivery warehouse is warehouse A, and the sub-warehouse order information of warehouse A is "grab product a, 10 pieces".

Embodiment 2

[0110] This embodiment provides the situation that the first user selects the picked product with one kind of picked product ID and multiple delivery warehouses.

[0111] The grab product ID selected by the first user is a, and the order quantity is 10. In the target warehouse A, the inventory of product a is 8, and the corresponding order matching data is 80%; in the target warehouse B, the inventory of product a is 7, and the corresponding order matching data is 70%.

[0112] Then the first shipping warehouse is warehouse A, and warehouse A's sub-warehouse order information is "grab product a, 8 pcs", and the split order is "grab product a, 2 pcs".

[0113] The server performs matching processing in the remaining target warehouses again, and obtains the order matching degree data of the split order in warehouse B as 100%. Then the second delivery warehouse is warehouse B, and the warehouse order information of warehouse B is "grab product a, 2 pieces".

Embodiment 3

[0115] This embodiment provides the situation that the picked product ID selected by the first user has multiple kinds and only one delivery warehouse.

[0116] The order quantity of grab product a selected by the first user is 10, and the order quantity of grab product b is 8. In the target warehouse A, the warehouse stock quantity of grab product a is 10, and the corresponding warehouse matching data of grab product a is 100%; the warehouse inventory quantity of grab product b is 8, and the corresponding warehouse matching degree data of grab product b is 100%; and then the order matching degree data of warehouse A is 100%.

[0117] In the target warehouse B, the warehouse stock quantity of grab product a is 7, and the corresponding warehouse matching data of grab product a is 70%; the warehouse stock quantity of grab product b is 7, and the corresponding warehouse matching degree data of grab product b is 87.5%; and then the order matching degree data of warehouse B is 78....

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PUM

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Abstract

The invention relates to an order processing method comprising the following steps: a server receives a grabbed product sending request, and obtains user information, a grabbed product ID of a grabbedproduct to be mailed and receiving information according to the grabbed product sending request; determining a corresponding holding number according to the grabbing ID of the to-be-mailed grabbed product; extracting region positioning information from the receiving information, and determining a target warehouse ID; querying a database to obtain the warehouse-dividing inventory quantity of the captured product ID corresponding to each target warehouse ID, and calculating the warehouse-dividing inventory total quantity; generating a selectable grabbing quantity corresponding to the grabbing ID according to the smaller one of the holding quantity of the grabbing ID and the total warehouse stock quantity; performing matching processing according to the warehouse-dividing inventory quantityand the order quantity of the grabbing ID of the selected grabbed product, and determining a delivery warehouse; generating a user-oriented order code according to the time data and the user ID; generating a warehouse order code according to the delivery warehouse ID, the time data and the random number; and establishing a corresponding relationship between the warehouse order code and the user-oriented order code.

Description

technical field [0001] The invention relates to the field of information technology, in particular to an order processing method. Background technique [0002] With the rapid development of e-commerce, a large number of orders to be delivered poses a huge challenge to the logistics system. In order to ensure delivery timeliness and reduce logistics costs, various e-commerce platforms have set up large-scale logistics storage centers in various places, and after obtaining orders, they will deliver the orders to the corresponding logistics warehouses for delivery. [0003] But at present, the distribution of orders mainly relies on manual labor, such as judging which warehouse will deliver the goods and the distribution of orders according to the order address. This leads to problems such as low order distribution efficiency and untimely processing. This has not taken into account the inventory quantity of each warehouse, resulting in that the order cannot be shipped on time...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06Q10/06G06Q10/08
CPCG06Q10/06312G06Q10/087
Inventor 张颀熊堂帅
Owner 郭俊