STORAGE AREA MANAGEMENT SYSTEM AND STORAGE AREA MANAGEMENT METHOD

• US 20170220970A1
• Filed: 10/26/2016
• Published: 08/03/2017
• Est. Priority Date: 02/02/2016
• Status: Abandoned Application

• Current Assignee: Hitachi, Ltd.
• Original Assignee: Hitachi, Ltd.
• Inventors: KAZAMA, Yoriko
• Application Number:
  US15/334,678
• Publication Number:
  US 20170220970A1
• Time in Patent Office: Days
• CPC Class Codes: G06Q 10/06315 Needs-based resource requirements planning or analysis
• CPC Class Codes: G06Q 10/083 Shipping

Abstract

Convenience when a customer obtains merchandise is improved together with reduction in a delivery cost of the merchandise. There is provided a storage unit that holds storage area information on positions of plural storage areas and user information on action characteristics of plural users; a storage area extraction unit that extracts plural storage areas available for the respective users on the basis of the action characteristics of the plurality of users and the plurality of storage areas; a placement position determination unit that determines a storage area in which merchandise predicted to be purchased by each of the users is placed from the plurality of storage areas available for the respective users; and a delivery instruction creation unit that creates and transmits an instruction for delivering the merchandise predicted to be purchased by each of the users to the storage area determined by the placement position determination unit.

Claims

1. A storage area management system comprising:

a storage unit that holds storage area information on positions of a plurality of storage areas and user information on action characteristics of a plurality of users;

a storage area extraction unit that extracts a plurality of storage areas available for the respective users on the basis of the action characteristics of the plurality of users and the plurality of storage areas;

a placement position determination unit that determines a storage area in which merchandise predicted to be purchased by each of the users is placed from the plurality of storage areas available for the respective users; and

a delivery instruction creation unit that creates and transmits an instruction for delivering the merchandise predicted to be purchased by each of the users to the storage area determined by the placement position determination unit.

2. The storage area management system according to claim 1,

wherein the storage unit further holds merchandise information indicative of sizes of the respective merchandise,

the storage area information includes information indicative of sizes of the respective storage areas and the amounts of the respective merchandise that have already been placed in the respective storage areas,

the storage area extraction unit extracts a storage area group including the storage area available for each of the users from a plurality of storage area groups each of which includes the plurality of storage areas as a storage area group in which the merchandise predicted to be purchased by each of the users is to be placed,

the storage area management system further comprises a placement merchandise extraction unit that determines the amount of each piece of merchandise placed in each of the storage area groups in a state where a total of the sizes of all the merchandise placed in each of the storage area groups does not exceeds a total of the sizes of all the storage areas included in each of the storage area groups, on the basis of the size of each piece of merchandise to be placed in each of the storage area groups and the size of each storage area included in each storage area group, and

the placement position determination unit determines the storage area in which each piece of merchandise is placed in a state where the merchandise of the amount determined by the placement merchandise extraction is dispersed and placed in the plurality of storage areas included in the respective storage area groups.

3. The storage area management system according to claim 2,

wherein the placement position determination unit determines the storage area in which each piece of merchandise is placed in a state where the merchandise predicted to be purchased by a larger number of users is placed in the storage areas available for the larger number of users.

4. The storage area management system according to claim 1,

wherein the action characteristics of the plurality of users include residences of the plurality of users, and

the storage area extraction unit determines whether the respective storage areas are available for the respective users, on the basis of a relationship between the residences of the respective users and the positions of the respective storage areas.

5. The storage area management system according to claim 4,

wherein the action characteristics of the plurality of users further include stop destinations of the plurality of users, and

the storage area extraction unit determines whether the respective storage areas are available for the users, so that the storage area in a direction closer to a direction from the residence of each user to the stop destination of each user among the plurality of storage areas is determined to be more available.

6. The storage area management system according to claim 1,

wherein the user information further includes information on the action histories of the plurality of users, and

the storage area management system further includes a purchasing prediction unit that predicts the merchandise purchased by each user on the basis of the action history of each user.

7. The storage area management system according to claim 6,

wherein the action histories of the plurality of users include purchase histories of the respective pieces of merchandise of the plurality of users, and

the storage area management system further comprises a data receiving unit that receives an order for purchasing the merchandise from each user, and updates the user information on the basis of the received order.

8. The storage area management system according to claim 7, further comprising a state receiving unit that updates the storage area information on the basis of information indicative of a variation of the amount of merchandise located in each of the storage areas,

wherein the delivery instruction creation unit creates and transmits an instruction for adding each piece of merchandise to the storage areas, taking over the merchandise, or transferring each piece of merchandise between the storage areas so as to eliminate a deviation when the deviation between a prediction by the purchasing prediction unit and a purchase history by each user of each piece of merchandise specified from the updated storage area information, or the deviation between a past prediction by the purchasing prediction unit and a prediction by the purchasing prediction unit based on the order newly received satisfies a predetermined condition.

9. The storage area management system according to claim 6,

wherein the action histories of the plurality of users include histories of accesses of the plurality of users to the information on each piece of merchandise in a purchase site of each piece of merchandise,

the purchasing prediction unit predicts that the user purchases the purchase when the history of an access of any user to information on any merchandise satisfies a predetermined condition,

the delivery instruction creation unit creates and transmits an instruction for placing the merchandise in the storage area available for the user when the merchandise is not placed in the storage area available for the user, and

the storage area management system further comprises an output unit that outputs the information indicative of the storage area in which the merchandise is placed to the user after the merchandise is placed in the storage area available for the user.

10. The storage area management system according to claim 1, further comprising:

a data receiving unit that receives the order for purchasing the merchandise from each of the users;

a search unit that searches the storage area in which the ordered merchandise is placed, and which is available for the ordering user, from the storage area information; and

an output unit that outputs information on the searched storage area.

11. The storage area management system according to claim 1, further comprising:

a search unit that searches the storage area in which the merchandise browsed by the user is placed and which is available for the user from the storage area information when a time during which any user browses information on any merchandise on an on-line site providing merchandise information to the plurality of users exceeds a predetermined standard; and

an output unit that outputs the information on the searched storage area.

12. The storage area management system according to claim 1,

wherein the plurality of storage areas include at least any one of a backyard of a shop, a showcase without the shop, a vending machine, and a locker.

13. A storage area management system including a processor and a storage device connected to the processor,

wherein the storage device holds storage area information on positions of a plurality of storage areas and action characteristics of a plurality of users, and

the processor extracts a plurality of storage areas available for each of the users on the basis of the action characteristics of the plurality of users and the positions of the plurality of storage areas, determines a storage areas in which merchandise predicted to be purchased by each of the users is placed, from the plurality of storage areas available for each of the users, and creates and transmits an instruction for delivering the merchandise predicted to be purchased by each of the users to the determined storage area.

14. A storage area management method executed by a computer system including a processor and a storage device connected to the processor,

wherein the storage device holds storage area information on positions of a plurality of storage areas and action characteristics of a plurality of users,

the storage area management method comprising the steps of:

extracting a plurality of storage areas available for each of the users on the basis of the action characteristics of the plurality of users and the positions of the plurality of storage areas by the processor;

determining a storage area in which merchandise predicted to be purchased by each of the users is placed, from the plurality of storage areas available for each of the users by the processor; and

creating and transmitting an instruction for delivering the merchandise predicted to be purchased by each of the users to the determined storage area by the processor.