Fuel price activation and management system

• US 20130304544A1
• Filed: 05/10/2013
• Published: 11/14/2013
• Est. Priority Date: 05/11/2012
• Status: Abandoned Application

• Current Assignee: Promethean Limited (Best Assistant Education Group Co.)
• Original Assignee: Promethean Limited (Best Assistant Education Group Co.)
• Inventors: Gillis, Linda Carolyn, Coates, Anita Faith
• Application Number:
  US13/986,524
• Publication Number:
  US 20130304544A1
• Time in Patent Office: Days
• US Class Current: 705/7.34
• CPC Class Codes: G06Q 30/0206 Price or cost determination based on market factors

Abstract

A computer implemented method and system provides a fuel price management server (FPMS) for managing actions associated with fuel prices, and a fuel price activation system (FPAS). The FPMS is accessible by multiple user devices and fuel stations at multiple geographical locations via a network. The FPAS communicates with the FPMS and one or more display units positioned at each fuel station via the network. The FPMS dynamically acquires and sorts the fuel prices based on geographical locations via the network. The FPMS selectively transmits the sorted fuel prices to the FPAS at each fuel station via the network based on their geographical location. The FPAS performs actions at each fuel station based on the selectively transmitted fuel prices, for example, dynamically activating and displaying the fuel prices on the display units, scheduling refueling of fuel tanks, transmitting notifications on a low fuel price to user devices, etc.

Claims

1. A computer implemented method for managing actions associated with fuel prices at a plurality of fuel stations, comprising:

providing a fuel price management server comprising at least one processor configured to manage said actions associated with said fuel prices, wherein said fuel price management server is accessible by a plurality of user devices and said fuel stations at a plurality of geographical locations via a network;

providing a fuel price activation system at each of said fuel stations, wherein said fuel price activation system comprises at least one processor configured to communicate with said fuel price management server and one or more display units positioned at said each of said fuel stations via said network;

dynamically acquiring said fuel prices associated with said geographical locations in real time by said fuel price management server via said network;

sorting said dynamically acquired fuel prices based on said geographical locations by said fuel price management server; and

selectively transmitting said sorted fuel prices to said fuel price activation system at said each of said fuel stations by said fuel price management server via said network based on said geographical locations of said fuel stations, for enabling said fuel price activation system to perform one or more of said actions at said each of said fuel stations via said network based on said selectively transmitted fuel prices.

2. The computer implemented method of claim 1, further comprising generating a list of selective said sorted fuel prices by said fuel price management server, based on a query request received from each of one or more of said user devices through a graphical user interface provided by said fuel price management server via said network.

3. The computer implemented method of claim 1, further comprising computing a target fuel price for a selected one of said geographical locations by said fuel price management server based on said dynamically acquired fuel prices associated with said geographical locations and transmitting said target fuel price by said fuel price management server to said fuel price activation system at said selected one of said geographical locations via said network.

4. The computer implemented method of claim 1, further comprising:

determining fuel suppliers at a plurality of geographical locations that provide fuel at low fuel prices by said fuel price management server;

determining proximity of said each of said fuel stations to each of said geographical locations of said determined fuel suppliers by said fuel price management server;

determining freight charges involved in transporting a low cost fuel to fuel tanks at said each of said fuel stations from said geographical locations of said determined fuel suppliers by said fuel price management server based on said determined proximity of said each of said fuel stations to said each of said geographical locations of said determined fuel suppliers;

computing a resultant fuel price for each of said determined fuel suppliers by said fuel price management server by adding said low fuel prices provided by each of said determined fuel suppliers and said determined freight charges; and

generating and transmitting a list of said determined fuel suppliers and said computed resultant fuel price associated with each of said determined fuel suppliers to said fuel price activation system at said each of said fuel stations by said fuel price management server via said network.

5. The computer implemented method of claim 4, further comprising selecting one of said determined fuel suppliers that provides said low cost fuel at a lowest said computed resultant fuel price from said list by said fuel price activation system at said each of said fuel stations and scheduling delivery of said low cost fuel to said fuel tanks at said each of said fuel stations from said selected one of said determined fuel suppliers by said fuel price activation system.

6. The computer implemented method of claim 1, wherein said actions comprise:

dynamically activating and displaying said selectively transmitted fuel prices on said one or more display units positioned at said each of said fuel stations, over said network; and

scheduling a refueling of fuel tanks at said each of said fuel stations by said fuel price activation system over said network based on said selectively transmitted fuel prices.

7. The computer implemented method of claim 1, further comprising:

computing a resultant fuel price for each of a plurality of fuel suppliers at a plurality of geographical locations by said fuel price activation system based on said selectively transmitted fuel prices by adding said selectively transmitted fuel prices provided by each of said fuel suppliers and freight charges involved in transporting fuel to fuel tanks at said each of said fuel stations from said geographical locations of said fuel suppliers based on proximity of said geographical locations of said fuel suppliers to said each of said fuel stations;

selecting a lowest said computed resultant fuel price by said fuel price activation system; and

scheduling delivery of said fuel to said fuel tanks at said each of said fuel stations from a selected one of said fuel suppliers associated with said selected lowest computed resultant fuel price by said fuel price activation system.

8. The computer implemented method of claim 1, wherein said actions comprise:

transmitting one or more notifications on a low fuel price to said user devices by said fuel price activation system via said network based on predetermined criteria, wherein said predetermined criteria comprise frequency of visitation of users associated with said user devices to said fuel stations, and proximity of said user devices to said fuel stations; and

transmitting an alert message to said one or more display units positioned at one or more of a plurality of fuel tanks at said each of said fuel stations by said fuel price activation system via said network to indicate shut down of said each of said fuel stations due to gas spillage at said one or more of said fuel tanks.

9. The computer implemented method of claim 1, wherein one of said actions comprises forecasting volume and grade of fuel required at said each of said fuel stations by said fuel price activation system at predetermined time intervals based on said selectively transmitted fuel prices and frequency of visitation of users associated with said user devices to said each of said fuel stations.

10. The computer implemented method of claim 1, wherein one of said actions comprises tracking a fuel level at each of a plurality of fuel tanks at said each of said fuel stations by said fuel price activation system via said network, wherein said fuel price activation system is configured to communicate with said each of said fuel tanks via said network, and wherein said fuel price activation system is further configured to transmit an alert message to said one or more display units positioned at said each of said fuel tanks via said network to indicate a low said fuel level, when said fuel level is low at said each of said fuel tanks.

11. The computer implemented method of claim 1, further comprising configuring each of a plurality of fuel tanks at said each of said fuel stations to automatically charge users for fuel purchased based on said selectively transmitted fuel prices.

12. A computer implemented system for managing actions associated with fuel prices at a plurality of fuel stations, comprising:

a fuel price management server accessible by a plurality of user devices and said fuel stations at a plurality of geographical locations via a network, said fuel price management server comprising;

at least one processor;

a first non-transitory computer readable storage medium communicatively coupled to said at least one processor, said first non-transitory computer readable storage medium configured to store modules of said fuel price management server, said at least one processor configured to execute said modules of said fuel price management server; and

said modules of said fuel price management server comprising;

a fuel price acquisition module configured to dynamically acquire said fuel prices associated with said geographical locations in real time via said network;

a fuel price sorting module configured to sort said dynamically acquired fuel prices based on said geographical locations; and

a fuel price transmission module configured to selectively transmit said sorted fuel prices to a fuel price activation system at each of said fuel stations via said network based on said geographical locations of said fuel stations; and

said fuel price activation system at said each of said fuel stations, said fuel price activation system configured to communicate with said fuel price management server and one or more display units positioned at said each of said fuel stations via said network, said fuel price activation system comprising;

at least one processor;

a second non-transitory computer readable storage medium communicatively coupled to said at least one processor, said second non-transitory computer readable storage medium configured to store modules of said fuel price activation system, said at least one processor configured to execute said modules of said fuel price activation system; and

said modules of said fuel price activation system comprising an action management module configured to perform one or more of said actions at said each of said fuel stations via said network based on said selectively transmitted fuel prices.

13. The computer implemented system of claim 12, wherein said fuel price sorting module of said fuel price management server is further configured to generate a list of selective said sorted fuel prices based on a query request received from each of one or more of said user devices through a graphical user interface provided by said fuel price management server via said network.

14. The computer implemented system of claim 12, wherein said modules of said fuel price management server further comprise a fuel price computation module configured to compute a target fuel price for a selected one of said geographical locations based on said dynamically acquired fuel prices associated with said geographical locations, and wherein said fuel price transmission module is further configured to transmit said target fuel price to said fuel price activation system at said selected one of said geographical locations via said network.

15. The computer implemented system of claim 14, wherein said fuel price computation module is further configured to perform:

determining fuel suppliers at a plurality of geographical locations that provide fuel at low fuel prices;

determining proximity of said each of said fuel stations to each of said geographical locations of said determined fuel suppliers;

determining freight charges involved in transporting a low cost fuel to fuel tanks at said each of said fuel stations from said geographical locations of said determined fuel suppliers based on said determined proximity of said each of said fuel stations to said each of said geographical locations of said determined fuel suppliers;

computing a resultant fuel price for each of said determined fuel suppliers by adding said low fuel prices provided by each of said determined fuel suppliers and said determined freight charges; and

generating and transmitting a list of said determined fuel suppliers and said computed resultant fuel price associated with each of said determined fuel suppliers to said fuel price activation system at said each of said fuel stations via said network.

16. The computer implemented system of claim 12, wherein said action management module of said fuel price activation system is configured to perform one or more of:

dynamically activating and displaying said selectively transmitted fuel prices on said one or more display units positioned at said each of said fuel stations, over said network; and

scheduling a refueling of fuel tanks at said each of said fuel stations over said network based on said selectively transmitted fuel prices.

17. The computer implemented system of claim 12, wherein said action management module of said fuel price activation system is further configured to perform:

computing a resultant fuel price for each of a plurality of fuel suppliers at a plurality of geographical locations based on said selectively transmitted fuel prices by adding said selectively transmitted fuel prices provided by each of said fuel suppliers and freight charges involved in transporting fuel to fuel tanks at said each of said fuel stations from said geographical locations of said fuel suppliers based on proximity of said geographical locations of said fuel suppliers to said each of said fuel stations;

selecting a lowest said computed resultant fuel price; and

scheduling delivery of said fuel to said fuel tanks at said each of said fuel stations from a selected one of said fuel suppliers associated with said selected lowest computed resultant fuel price.

18. The computer implemented system of claim 12, wherein said modules of said fuel price activation system further comprise an alert transmission module configured to perform:

transmitting one or more notifications on a low fuel price to said user devices via said network based on predetermined criteria, wherein said predetermined criteria comprise frequency of visitation of users associated with said user devices to said fuel stations, and proximity of said user devices to said fuel stations;

transmitting an alert message to said one or more display units positioned at one or more of a plurality of fuel tanks at said each of said fuel stations via said network to indicate shut down of said each of said fuel stations due to gas spillage at said one or more of said fuel tanks; and

transmitting an alert message to said one or more display units positioned at said fuel tanks via said network to indicate a low fuel level, when said fuel level is low at said fuel tanks.

19. The computer implemented system of claim 12, wherein said action management module of said fuel price activation system is further configured to track a fuel level at each of a plurality of fuel tanks at said each of said fuel stations via said network, wherein said fuel price activation system is configured to communicate with said each of said fuel tanks via said network.

20. A computer program product comprising a non-transitory computer readable storage medium, said non-transitory computer readable storage medium storing computer program codes that comprise instructions executable by at least one processor, said computer program codes comprising:

a first computer program code for dynamically acquiring fuel prices associated with a plurality of geographical locations in real time via a network;

a second computer program code for sorting said dynamically acquired fuel prices based on said geographical locations; and

a third computer program code for selectively transmitting said sorted fuel prices to a fuel price activation system at each of a plurality of fuel stations via said network based on said geographical locations of said fuel stations, for enabling said fuel price activation system to perform one or more of said actions at said each of said fuel stations via said network based on said selectively transmitted fuel prices, wherein said actions comprise one or more of;

dynamically activating and displaying said selectively transmitted fuel prices on said one or more display units positioned at said each of said fuel stations, over said network;

scheduling a refueling of fuel tanks at said each of said fuel stations over said network based on said selectively transmitted fuel prices;

computing a resultant fuel price for each of a plurality of fuel suppliers at a plurality of geographical locations based on said selectively transmitted fuel prices, selecting a lowest said computed resultant fuel price, and scheduling delivery of fuel to said fuel tanks at said each of said fuel stations from a selected one of said fuel suppliers associated with said selected lowest computed resultant fuel price;

transmitting one or more notifications on a low fuel price to said user devices via said network based on predetermined criteria, wherein said predetermined criteria comprise frequency of visitation of users associated with said user devices to said fuel stations, and proximity of said user devices to said fuel stations;

forecasting volume and grade of fuel required at said each of said fuel stations at predetermined time intervals based on said selectively transmitted fuel prices and frequency of visitation of users associated with said user devices to said each of said fuel stations;

transmitting an alert message to said one or more display units positioned at each of one or more of said fuel tanks at said each of said fuel stations via said network to indicate a low said fuel level, when said fuel level is low at said each of said fuel tanks; and

transmitting an alert message to said one or more display units positioned at one or more of said fuel tanks at said each of said fuel stations via said network to indicate shut down of said each of said fuel stations due to gas spillage at said one or more of said fuel tanks.