Method and system for managing order information

Abstract

This invention relates to an order information management method and system. The order information management method may include the following steps: identifying logistics information of multiple orders assigned to at least one logistics warehouse, wherein the logistics information includes the processing status of the multiple orders; based on the logistics information, outputting a first user interface, the first user interface representing multiple first quantity items categorized according to a preset time and the processing status of the multiple orders; receiving a first user input for selecting at least one of multiple picking areas located in the logistics warehouse; responding to the first user input, filtering the multiple first quantity items into multiple second quantity items corresponding to the selected picking area; and outputting a first user interface displaying the multiple second quantity items.

Claims

1. An order information management method, executed by at least one processor, wherein, The method includes the following steps: identifying logistics information for multiple orders assigned to at least one logistics warehouse, the logistics information including the processing status of the multiple orders; based on the logistics information, outputting a first user interface, the first user interface displaying multiple first quantity items categorized by preset time and the processing status of the multiple orders; receiving first user input for selecting at least one of multiple picking zones located in the logistics warehouse; responding to the first user input, filtering the multiple first quantity items into multiple second quantity items corresponding to the selected picking zone; and outputting the first user interface displaying the multiple second quantity items.

2. As in request item 1, the order information management method, wherein, The first user interface is a data visualization interface in tabular form. The steps of outputting and displaying the first user interface of the plurality of first quantity projects include the following steps: According to the preset time standard, the plurality of first quantity projects are arranged in the row direction on the first user interface.

3. As in request item 1, the order information management method, wherein, The first user interface is a data visualization interface in tabular form. The steps of outputting and displaying the first user interface of the multiple first quantity projects include the following steps: According to the processing status of the multiple orders, the multiple first quantity projects are arranged in the column direction on the first user interface.

4. As in request item 1, the order information management method, wherein, The logistics information also includes at least one of a preset outbound deadline or an elapsed time after being assigned to the logistics warehouse, and the preset time standard includes at least one of the outbound deadline or the elapsed time after being assigned to the logistics warehouse for each of the multiple orders.

5. As in request item 1, the order information management method, wherein, The multiple picking areas are categorized based on at least one of the type of automated equipment used to pick multiple items associated with the multiple orders or the storage temperature conditions of the multiple items.

6. As in request item 5, the order information management method, wherein, The type of automated equipment is classified according to the processing capacity or level of automation, and the temperature conditions include at least one of frozen, chilled, or ambient.

7. As in request item 1, the order information management method, wherein, The processing status of the multiple orders includes a first order status with assigned picking area information and a second order status without assigned picking area information. The step of filtering them into the multiple second quantity items includes the following steps: updating the first quantity item corresponding to the first order status in relation to the selected picking area; and maintaining the existing value of the first quantity item corresponding to the second order status.

8. As in request item 1, the order information management method, wherein, The processing status of the multiple orders includes a first order status with assigned picking area information and a second order status without assigned picking area information. The first order status and the second order status each include at least one parent order status, and the at least one parent order status includes at least one sub-order status. The step of outputting and displaying the first user interface of the multiple first quantity items includes the following steps: grouping the first quantity items corresponding to the sub-order status belonging to the same parent order status and displaying them on the first user interface.

9. As in request item 8, the order information management method, wherein, The step of outputting the first user interface of the plurality of second quantity items includes the following steps: displaying the total value obtained by adding the second quantity items corresponding to the at least one sub-order status belonging to the same parent order status.

10. As in request item 9, the order information management method, wherein, It also includes the following steps: among the plurality of second quantity items output on the first user interface, identifying at least one specific quantity item whose ratio of the second quantity item corresponding to the sub-order status to the total value is greater than a preset threshold ratio; and overlaying a graphic object on the specific quantity item.

11. As in request item 1, the order information management method, wherein, It also includes the following steps: receiving a second user input for selecting a specific quantity item from the plurality of first quantity items output on the first user interface; and responding to the second user input by outputting a second user interface containing a list of order information corresponding to the specific quantity item.

12. As in request item 1, the order information management method, wherein, It also includes the following steps: receiving a second user input for selecting a specific quantity item from the plurality of second quantity items output on the first user interface; and responding to the second user input by outputting a second user interface containing a list of order information corresponding to the specific quantity item.

13. As in request item 12, the order information management method, wherein, The order information list includes at least one of the following: order identification information, outbound information, logistics processing information, product information, inventory location information, or delivery setting information corresponding to the specific number of projects.

14. As in request item 12, the order information management method, wherein, It also includes the following steps: receiving third-party input related to at least one of order identification information, outbound information, logistics processing information, product information, inventory location information, or delivery setting information; and responding to the third-party input by filtering and displaying the orders contained in the order information list.

15. As in request item 12, the order information management method, wherein, The logistics information also includes at least one of a preset outbound deadline or an elapsed time after being assigned to the logistics warehouse. The step of outputting the second user interface further includes the following steps: identifying delayed orders in the order information list whose outbound deadline has passed or whose elapsed time after being assigned to the logistics warehouse is above a predetermined threshold; and overlaying an image object on the delayed orders.

16. As in request item 15, the order information management method, wherein, The steps of outputting the first user interface of the plurality of second quantity items include the following steps: identifying at least one specific quantity item containing the delayed order among the plurality of second quantity items output on the first user interface; and overlaying a graphical object on the specific quantity item.

17. As in request item 1, the order information management method, wherein, It also includes the following steps: identifying at least one specific quantity item with a quantity value above a predetermined threshold among the plurality of second quantity items output on the first user interface; and overlaying a graphical object on the specific quantity item.

18. As in request item 1, the order information management method, wherein, It also includes the following steps: when at least one of the plurality of second quantity projects is above a predetermined threshold, generating information related to at least one order corresponding to the at least one quantity project; and transmitting at least one of a notification message, email, system signal, pop-up window or push notification containing the information to an external electronic device.

19. The order information management method as described in request item 1, wherein, The step of receiving the first user input includes the following steps: receiving a first-1 user input for selecting an illustration for generating a list of picking areas containing the plurality of picking areas; and receiving a first-2 user input for selecting at least one of a plurality of objects corresponding to the plurality of picking areas contained in the list of picking areas.

20. As in request item 1, the order information management method, wherein, It also includes the following steps: receiving a second user input for selecting a graphical object for instantly updating a quantity program output on the first user interface, the quantity program including at least one of the plurality of first quantity programs or the plurality of second quantity programs.

21. An information processing system, wherein, include: Memory; And at least one processor, connected to the memory, configured to execute at least one computer-readable program contained in the memory, the at least one program containing instructions for performing the following steps: identifying logistics information of multiple orders assigned to at least one logistics warehouse; based on the logistics information, outputting a first user interface, the first user interface representing multiple first quantity items categorized according to a preset time and the processing status of the multiple orders; receiving first user input for selecting at least one of multiple picking zones located in the logistics warehouse; responding to the first user input, filtering the multiple first quantity items into multiple second quantity items corresponding to the selected picking zone; and outputting the first user interface displaying the multiple second quantity items, the logistics information including the processing status of the multiple orders.

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