Warehousing and shipping operation support system, warehousing and shipping operation support method, and non-transitory computer-readable medium
A warehousing and shipping operation support system stores first coded information contained in an optical recognition code attached to each of a plurality of objects, acquires the first coded information contained in an optical recognition code attached to a target object out of the plurality of objects, automatically acquires location information of a working radio communication terminal, and associates the stored first coded information with the acquired location information of the working radio communication terminal.
1. A warehousing operation support system, the system comprising:
a plurality of fixed communication units ( 40 ) configured to transmit pulse signals;
a communication tag ( 10 ) configured to receive the pulse signals from the plurality of fixed communication units ( 40 ) and return the pulse signals to the plurality of fixed communication units ( 40 );
a scanner ( 30 ) configured to scan optical recognition codes that are attached to objects (L), wherein each optical recognition code is associated with first information on the respective object (L);
a computer ( 50 ) comprising a processor ( 52 ), and a memory ( 53 ), wherein:
the computer ( 50 ) is in wireless communication with the scanner ( 30 ),
the computer ( 50 ) is in communication with the plurality of fixed communication units ( 40 ),
the memory ( 53 ) stores a database ( 53 b ) that includes information on stored objects (L), the first information associated with the optical recognition codes, and information on storage spaces (C) of the stored object (L), and
the computer ( 50 ) is programmed to:
receive an indication that the optical recognition code attached to an object is scanned by the scanner ( 30 ),
determine a location of the communication tag ( 10 ) at the time that the object is scanned by the scanner ( 30 ) based on a time taken for the communication tag ( 50 ) to receive the pulse signals from the plurality of fixed communication units ( 40 ) and return the pulse signals to the plurality of fixed communication units ( 40 ),
determine if the location of the communication tag ( 10 ) is in a vicinity of an empty storage space (C) using the information on storage spaces of the stored object (L) stored in the database, and
after determining that the location of the communication tag is in a vicinity of an empty storage space (C), modify the database to associate that storage space (C) with the first information associated with the optical recognition code of the object (L) scanned by the scanner ( 30 ) and with the information on that object (L).
2. The warehousing operation support system as set forth in claim 1 , further comprising:
a portable terminal ( 20 ) comprising a communication unit ( 21 ), a processor ( 22 ), a memory ( 23 ), and a display unit ( 24 ), wherein:
the scanner ( 30 ) is communicably connected to the portable terminal ( 20 ),
the computer ( 50 ) further comprises a communication unit ( 51 ), and
the computer ( 50 ) is in wireless communication with the scanner ( 30 ) via the communication unit ( 21 ) of the portable terminal ( 20 ) and the communication unit ( 51 ) of the computer ( 50 ).
3. The warehousing operation support system as set forth in claim 2 , wherein the computer ( 50 ) is programmed to, after determining that the location of the communication tag is in a vicinity of an empty storage space (C), transmit a warehousing completion signal to the portable terminal ( 20 ).
4. The warehousing operation support system as set forth in claim 2 , wherein the computer ( 50 ) is further programmed to generate a warehousing instruction and transmit the warehousing instruction to the portable terminal ( 20 ).
5. The warehousing operation support system as set forth in claim 4 , wherein the warehousing instruction includes information representing a warehousing operation and information on the object (L) to be stored.
6. The warehousing operation support system as set forth in claim 4 , wherein the warehousing instruction includes information on an area where a next warehousing operation is to be performed.