Control system for cashless transactions at metered vending output devices

• US 8,186,584 B1
• Filed: 02/10/2010
• Issued: 05/29/2012
• Est. Priority Date: 01/13/2006
• Status: Active Grant

• Current Assignee: Uniguest Incorporated
• Original Assignee: Paul Wayne Rajewski
• Inventors: Rajewski, Paul Wayne
• Primary Examiner(s): Kim, Ahshik
• Application Number:
  US12/703,635
• Time in Patent Office: 839 Days
• Field of Search: 235/381, 235/380, 235/383, 705/5, 705/16
• US Class Current: 235/381
• CPC Class Codes: G06Q 20/22 Payment schemes or models
• CPC Class Codes: G06Q 30/04 Billing or invoicing
• CPC Class Codes: G06Q 50/12 Hotels or restaurants

Abstract

A local area network has a first node to receive an input in the form of account identification data, and a second node to receive this input from the first node via a transport layer protocol. A vending control device connected to the second node includes a relay to be activated and deactivated by the second node. The relay is to enable and disable the functioning of an output device. A circuit is to meter an amount of output processed by the output device. The vending control device is to communicate the amount of output that has been processed to the second node. The second node calculates a cost of the processed output and sends the cost via the transport layer protocol to a remote server. The remote server in turn sends the costs to a gateway through which a payment transaction is settled. Other embodiments are also described and claimed.

Claims

1. A vending control system comprising:

a first device to receive an input in the form of a prepaid card account identification data;

a second device to receive the input from the first device and in response request authorization from a remote server over the Internet, for use of the prepaid card account; and

a vending control device connected to the second device, the vending control device is to enable and disable the functioning of an output device, to meter an amount of output processed by the output device, and to communicate the amount of output that has been processed to the second device,

wherein the second device is to signal the vending control device to enable the output device upon receiving authorization from the remote server, the second device is to calculate a cost of the processed output and send the cost via a transport layer protocol over the Internet to the remote server, the remote server is to then process a transaction to apply the cost to the prepaid card account.

2. The vending control system of claim 1, wherein the remote server is to monitor the vending control system, to generate and update reports of usage, transactions, output processed, and failures or problems with components of the vending control system at each of a plurality of vending locations.

3. The vending control system of claim 2, wherein the remote server comprises a database to store information about the usage and operational status of the vending control system at each of the plurality of vending locations.

4. The vending control system of claim 1, wherein the remote server is to store the account identification data by its hash value in association with a date value, a purchase amount based on the cost, and an identification of the geographic location of a LAN.

5. The vending control system of claim 1, wherein the first device and the second device are connected to a router by respective Ethernet cables.

6. The vending control system of claim 1, wherein a transport layer protocol used by the second device to receive input from the first device is transmission control protocol (TCP).

7. The vending control system of claim 1, wherein the second device is connected to the vending control device by a serial communications cable.

8. A vending control system comprising:

a plurality of sets of devices, each set of devices located in a respective one of a plurality of distinct vending locations, each set of devices having a first device to receive account identification data from a user who wishes to use a respective vending output device that is located in the respective vending location and a second device to receive the account identification data from the first device;

a remote server to receive, over the Internet, the account identification data and a purchase amount from the second device of each set of devices, and request a purchase authorization from a gateway for said account identification data and said purchase amount, the remote server to send an authorization message to the second device for said account identification data and said purchase amount; and

a plurality of sets of vending control devices, each set of vending control devices located in a respective one of the plurality of distinct vending locations, each vending control device connected to the second device of a respective set of devices, the vending control device is to enable and disable the functioning of a respective vending output device, to meter an amount of output processed by the respective vending output device, and to communicate the amount of output that has been processed to the second device,

wherein the second device is to signal the vending control device to enable the vending output device upon receiving authorization from the remote server, the second device is to calculate a cost of the processed output and send the cost to the remote server over the Internet, and the remote server is to send the cost to a gateway through which a payment transaction for said account identification data is settled.

9. A vending control system comprising:

a vending control node of a local area network (LAN), wherein the vending control node is to receive and store account identification data from a user who wishes to use a vending output device, to enable and disable the functioning of the vending output device, and to meter an amount of output processed by the vending output device; and

a remote server to receive a request for authorization of the account identification data from the vending control node over the Internet and, in response, request and then receive authorization to use the account identification data from a gateway,

wherein the vending control node is to enable the vending output device upon receiving authorization from the remote server, the vending control node is to calculate a cost of the processed output and send the cost to the remote server over the Internet, and the remote server is to send the cost to a gateway through which a payment transaction is settled.

10. The system of claim 9, wherein the vending control node is connected to a card reader by a serial communications cable.

11. The system of claim 9, wherein the vending control node is connected to a card reader by an Ethernet cable.

12. The vending control system of claim 11, wherein the vending control node receives input from the card reader via transmission control protocol (TCP).

13. A machine-implemented vending control method comprising:

receiving at a vending control node of a local area network (LAN), an input in the form of account identification data from a user;

establishing a connection over a transport layer protocol between peer processes in the vending control node and a remote server;

sending the input from the vending control node to the remote server through the connection;

requesting, by the remote server using the input, a purchase authorization from a payment gateway;

obtaining a response to the purchase authorization request;

receiving at the vending control node, if the response includes an authorization, the authorization from the remote server;

enabling the functioning of an output device in response to receiving the authorization;

metering an amount of output processed by the output device in response to a command from the user;

receiving at the vending control node, the amount of output that has been processed by the output device;

calculating a cost of the processed output using the amount;

sending to the remote server the cost via a transport layer protocol; and

sending by the remote server the cost to a payment gateway through which a payment transaction of the user may be settled.

14. The vending control method of claim 13, further comprising:

storing the account identification data at the remote server by its hash value in association with a date value, a purchase amount based on the calculated cost, and an identification of the geographic location of the LAN.

15. The vending control method of claim 13, further comprising:

establishing a plurality of connections over a transport layer protocol between peer processes in the remote server and a plurality of further vending control nodes, respectively, of a plurality of further LANs, respectively;

receiving through the connections account identification data and metered amounts of output processed by a plurality of further output devices for a plurality of users, respectively, who are using the plurality of further output devices; and

receiving through the connections information about usage and operational status of the further vending control nodes and further output devices.