CHECKOUT TERMINAL

• US 20160270562A1
• Filed: 11/19/2014
• Published: 09/22/2016
• Est. Priority Date: 11/22/2013
• Status: Active Grant

• Current Assignee: ASDA Stores Limited (WalMart Inc.)
• Original Assignee: ASDA Stores Limited (WalMart Inc.)
• Inventors: McPherson, Samantha, Brough, Zoe, Cheema, Nazim, Harrington, Paul, Lawson, Sarah, Dennis, Paul
• Granted Patent: US 10,206,524 B2
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: A47F 9/04 Check-out counters, e.g. for self-service stores
• CPC Class Codes: A47F 9/048 automatically

Abstract

A checkout terminal for customers in a retail store. The terminal provides a path for products from a loading conveyor section, via a scanning section and a common transfer conveyor section, to reach a respective one of a plurality of plurality of packing stations to be bagged or packed by or for the customer. Conveniently, three of these packing stations are arranged substantially parallel to each other. Each packing station may be associated with a corresponding payment interface. Customer throughput is increased by providing multiple packing areas associated with one loading and scanning area, and customer convenience is improved by the faster and more efficient configuration of the checkout terminal.

Claims

1. A checkout terminal, comprising:

a loading conveyor section arranged to receive and convey product items which are loaded onto the loading conveyor section in use;

a scanner arranged to scan the product items conveyed by the loading conveyor section;

a transfer conveyor section arranged to transfer the product items away from the loading conveyor section; and

a plurality of packing stations each arranged to selectively receive product items from the transfer conveyor section according to a currently selected delivery path;

wherein the loading conveyor section, the transfer conveyor section and the plurality of packing stations are provided as a plurality of separate modular sections.

2. The checkout terminal of claim 1, wherein the packing stations are each releasably coupled to the transfer conveyor section.

3. The checkout terminal of claim 1, wherein the transfer conveyor section comprises a plurality of coupling positions and is configured to releasably receive the plurality of packing stations each at a respective one of the plurality of coupling positions along the transfer conveyor section.

4. The checkout terminal of claim 1, wherein the packing stations are arranged spaced apart from each other along a length of the transfer conveyor section and a gap is provided between at least one neighboring pair of the packing stations.

5. The checkout terminal of claim 1, wherein the packing stations are arranged substantially parallel to each other and substantially perpendicular to the transfer conveyor section.

6. The checkout terminal of claim 1, wherein the packing stations are arranged in a row, each packing station being fed in common by the transfer conveyor section.

7. The checkout terminal of claim 1, wherein the loading conveyor section is releasably coupled to the transfer conveyor section and is arranged substantially perpendicular to the transfer conveyor section.

8. The checkout terminal of claim 1, further comprising a product diversion unit arranged to selectively divert the product items from the transfer conveyor section into a respective one of the plurality of packing stations.

9. The checkout terminal of claim 8, wherein the product diversion unit comprises at least one diverter arranged to selectively divert product items from the transfer conveyor section into the respective packing station according to a product diversion route set for the customer.

10. The checkout terminal of claim 9, wherein the diverter comprises an arm which is rotatably mounted to extend selectively in use across the transfer conveyor section.

11. The checkout terminal of claim 1, wherein the plurality of packing stations comprise at least first, second and third packing stations, and wherein the checkout terminal further comprises:

a first diverter configured to selectively divert products into the first packing station when the first packing station is allocated to the customer or else to allow the product items to continue along the transfer conveyor section, and

a second diverter configured to selectively divert products into the second packing station when the second packing station is allocated to the customer or else to allow the product items to continue along the transfer conveyor section, and

wherein the first and second diverters are configured to allow the product items to reach the third packing station along the transfer conveyor section when the third packing station is allocated to the customer.

12. The checkout terminal of claim 1, wherein at least one of the packing stations comprises a conveyor to propel the product items therealong.

13. The checkout terminal of claim 1, wherein each said packing station is associated with a corresponding payment interface located at or near to the respective packing station.

14. The checkout terminal of claim 1, wherein the checkout terminal is arranged to allocate a currently vacant one of the packing sections to the customer upon receiving an activation signal from a user interface unit located adjacent to the loading conveyor section.

15. The checkout terminal of claim 14, wherein the checkout terminal is arranged to allocate the loading section to the customer until the checkout terminal determines that loading of product items is finished, and then to release the loading section for use by another customer.

16. The checkout terminal of claim 15, wherein the checkout terminal is arranged to release the currently allocated packing section after receiving a payment from the customer for the product items.

17. A method of operating a checkout terminal, comprising:

activating the terminal ready to be used by a current customer;

configuring a product diversion mechanism to construct a product diversion route which reaches a selected one of a plurality of packing stations from a loading conveyor section via a transfer conveyor section;

receiving one or more products which are loaded onto the checkout terminal by the customer;

scanning the products by a scanner located on the product diversion route;

moving the products of the customer along the product diversion route until all of the loaded products have been transferred to the selected packing station; and

reconfiguring the product diversion mechanism so that subsequent products of a next customer are routed to another of the plurality of packing stations.

18. The method of claim 17, further comprising releasing the loading conveyor section of the checkout terminal to be used by the next customer, after the product items of the current customer have left the loading conveyor section.

19. The method of claim 18, further comprising monitoring packing of the products by the customer in the selected packing station, until packing of the products is completed, and then releasing the packing station ready to be used by another customer.

20. The method of claim 17, wherein configuring the product diversion mechanism comprises constructing the product diversion route substantially in a U-shape or in an S-shape when the checkout terminal is viewed from above in a plan view.