Product storage and retrieval
A inventory system for product storage and retrieval. Ordered goods are placed in bag units at a central filling center and shipped to local storage areas, where the bags are placed onto rails in a storage structure. The rails include an imaging sensor at each bag receiving location defined on the rails for obtaining a bag identifier that is affixed with the bag unit. The bag identifier and the rail address for each bag unit is stored on a local computer database. When a user wants to pick up stored goods, the user inputs the identification or order information for the goods and the computer will search the inventory to locate the goods in a specific stored bag unit. The rail adjacent the bag unit is illuminated to facilitate locating the goods.
1. An apparatus for product storage, comprising:
a rail having a length and a plurality of bag receiving locations defined along the length of the rail, each bag receiving location including a respective mechanism for receiving a bag unit;
an electronic structure integrated with the rail including a plurality of circuits, the electronic structure having a rail identifier, each circuit associated with a respective one of the plurality of bag receiving locations of the rail, and a plurality of sensors each coupled with each a respective circuit and affixed to the rail adjacent the respective bag receiving location;
each sensor is configured to detect placement of a bag unit onto the respective mechanism of the adjacent bag receiving location and to obtain a bag identifier for the bag unit; and
each circuit is configured to store the bag identifier and the corresponding bag receiving location for a placement of the bag unit, and then to transmit the bag identifier, the corresponding bag receiving location, and the rail identifier, to a controller for inventory management.
2. The apparatus of claim 1 , further comprising:
the rail includes a plurality of sections each having a plurality of bag receiving locations defined along the section, each section having a unique rail identifier, and an electronic structure for each section.
3. The apparatus of claim 1 , further comprising:
the mechanism is a receptacle adapted to receive a similarly configured bag unit.
4. The apparatus of claim 1 , further comprising:
the mechanism is a post extending from the rail adapted to receive a similarly configured bag unit.
5. The apparatus of claim 1 , further comprising:
the sensor is configured to scan the bag unit to obtain the bag identifier.
6. The apparatus of claim 1 , further comprising:
each bag receiving location of the rail is assigned a digital address.
7. The apparatus of claim 1 , further comprising:
each bag receiving location having an indicator lamp that is illuminated to indicate status of the respective bag receiving location.
8. A system, comprising:
a plurality of rails, each rail having a length and a plurality of bag receiving locations defined along the length of the rail, each bag receiving location including a respective mechanism for receiving a bag unit;
a plurality of electronic structures, each electronic structure integrated with a respective rail and including a plurality of circuits, each electronic structure having a rail identifier, each circuit associated with a respective one of the plurality of bag receiving locations of the respective rail, and a sensor coupled with each respective circuit and affixed to the respective rail adjacent the respective bag receiving location;
each sensor is configured to detect placement of a bag unit onto the mechanism of the adjacent bag receiving location and to obtain a bag identifier for the bag unit; and
each circuit is configured to store the bag identifier and the corresponding bag receiving location for a placement of the bag unit, and then to transmit the bag identifier, the corresponding bag receiving location, and the rail identifier, to a controller for inventory management.