Hybrid air boost vehicle and method for making same

• US 20020021023A1
• Filed: 06/14/2001
• Published: 02/21/2002
• Est. Priority Date: 06/20/2000
• Status: Active Grant

• Current Assignee: Michael F. Leban
• Original Assignee: Michael F. Leban
• Inventors: Leban, Michael F.
• Granted Patent: US 6,742,616 B2
• Time in Patent Office: Days
• US Class Current: 296/180.1
• CPC Class Codes: B62D 35/001 For commercial vehicles or tractor-trailer combinations, e.g. caravans
• CPC Class Codes: B62D 35/004 Inflatable nose or rear cones

Abstract

A hybrid air boost vehicle makes use of the porous panels and suction devices of a vehicle aerodynamic drag reduction system, and makes use of the air consumed by such a system, to provide the energy and air to power a land or water based ground effects vehicle. Energy and air consumed by the suction system, and normally wasted, is recycled by providing an air cushion to partially support the vehicle. The entire hybrid air boost vehicle system is more efficient than either a drag reduction system or a ground effects vehicle alone, and the benefits of both are realized, as well as benefits unique to the hybrid vehicle.

Claims

1. A surface effects vehicle, comprising:

a vehicle;

means for reducing aerodynamic drag on the vehicle; and

means for applying a lifting force to the vehicle, the means for applying a lifting force to the vehicle being operatively connected to the means for reducing aerodynamic drag on the vehicle through shared use of hardware, energy, and air.

2. A surface effects vehicle according to claim 1, wherein the means for reducing aerodynamic drag on the vehicle comprises:

a perforated panel attached to the vehicle; and

means for producing suction, configured for suctioning air through the perforated panel.

3. A surface effects vehicle according to claim 2, further comprising a sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and extending downwardly from the lower perimeter of the vehicle to a surface below the vehicle, such that air can be substantially contained by an underside of the vehicle, the sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and the surface below the vehicle.

4. A surface effects vehicle according to claim 3, further comprising a cushion of air substantially enclosed by an underside of the vehicle, the sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and a surface below the vehicle.

5. A surface effects vehicle according to claim 4, wherein the cushion of air substantially enclosed by an underside of the vehicle, the sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and a surface below the vehicle, is configured to apply a force to the underside of the vehicle at least sufficient to partially lift the vehicle.

6. A surface effects vehicle according to claim 5, further comprising means for conveying air from one location to another, configured for transferring air from the means for producing suction to the cushion of air substantially enclosed by an underside of the vehicle, the sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and a surface below the vehicle.

7. A surface effects vehicle according to claim 6, wherein the means for producing suction, and the means for conveying air from one location to another, comprise a shared pump.

8. A surface effects vehicle according to claim 7, further comprising an electronic control system, configured for controlling operation of the means for producing suction, and for controlling operation of the means for conveying air from one location to another.

9. A surface effects vehicle according to claim 8, wherein the vehicle is a ground based vehicle, selected from the group consisting of trucks, trains, trailers, tanks, and cars.

10. A surface effects vehicle according to claim 9, wherein the sealably attached skirt substantially surrounding a lower perimeter of the vehicle is inflatable, and is configured to extend downwardly toward a surface below the vehicle as it becomes inflated.

11. A surface effects vehicle according to claim 8, in which the vehicle is a water based vehicle, selected from the group consisting of boats and ships.

13. A method for making a surface effects vehicle according to claim 12, wherein the control of the transfer of suctioned air is accomplished through the use of an electronic control system, configured for controlling operation of the means for producing suction, and for controlling operation of the means for conveying air from one location to another.

14. A method for making a surface effects vehicle according to claim 13, wherein the vehicle is a ground based vehicle, selected from the group consisting of trucks, trains, trailers, tanks, and cars.

15. A method for making a surface effects vehicle according to claim 14, wherein the sealably attached skirt substantially surrounding a lower perimeter of the vehicle is inflatable, and is configured to extend downwardly toward a surface below the vehicle as it becomes inflated.

16. A method for making a surface effects vehicle according to claim 13, wherein the vehicle is a water based vehicle, selected from the group consisting of boats and ships.

12. A method for making a surface effects vehicle, which comprises the steps of:

attaching a perforated panel to a vehicle to improve its aerodynamic contour;

sealably attaching a skirt to a lower perimeter of the vehicle, such that the skirt is configured to substantially surround the lower perimeter of the vehicle, extending downwardly from the lower perimeter of the vehicle to a surface below the vehicle, such that air can be substantially contained by an underside of the vehicle, the sealably attached skirt substantially surrounding the lower perimeter of the vehicle, and the surface below the vehicle;

suctioning air through the perforated panel to reduce aerodynamic drag on the vehicle;

transferring the air suctioned through the perforated panel to a volume substantially enclosed by an underside of the vehicle, the sealably attached skirt substantially surrounding a lower perimeter of the vehicle, and a surface below the vehicle, to create a cushion of air within the substantially enclosed volume, configured to apply a force to the underside of the vehicle at least sufficient to partially lift the vehicle; and

controlling the transfer of air suctioned through the perforated panel to the substantially enclosed volume, such that a force applied to the underside of the vehicle by the cushion of air may be modified as desired.