Air bag simulator / educational device and method

• US 20120282589A1
• Filed: 05/04/2011
• Published: 11/08/2012
• Est. Priority Date: 05/04/2011
• Status: Abandoned Application

• Current Assignee: Adelore F. Petrie
• Original Assignee: Adelore F. Petrie
• Inventors: Petrie, Adelore F.
• Application Number:
  US13/068,218
• Publication Number:
  US 20120282589A1
• Time in Patent Office: Days
• US Class Current: 434/373
• CPC Class Codes: G09B 19/00 Teaching not covered by other main groups of this subclass teaching or practice apparatus for gun-aiming or gun-laying F41G3/26
• CPC Class Codes: G09B 23/28 for medicine
• CPC Class Codes: G09B 25/00 Models for purposes not provided for in G09B23/00, e.g. full-sized devices for demonstration purposes model vehicles, tracks therefor, models in the nature of toys A63H
• CPC Class Codes: G09B 9/00 Simulators for teaching or training purposes for the use of weapons F41; computing aspects G06; protocols for games, networked simulations or virtual reality H04L67/131

Abstract

An air bag simulator device essentially functions to educate drivers on proper seat-body position relative to a vehicular air bag deployment zone. The air bag simulator device comprises an air bag-simulating envelope, sized and shaped to simulate a deployed driver side, vehicular air bag. The air bag-simulating envelope defines a certain volumetric space filled with certain matter. The air bag-simulating envelope is positionable adjacent a vehicular steering wheel for visually demonstrating to a user the volumetric space otherwise occupied by a deployed driver side vehicular air bag. The driver, having the air bag simulating device in position, may thus properly position his or her seat and/or body to accommodate the air bag simulating device. Once having learned to anticipate the volumetric space defined by the air bag simulating device, the driver may repeat the process so as to avoid being struck by a vehicular air bag during a deployment.

Claims

1. An air bag simulator device, the air bag simulator device for educating drivers on proper seat-body position relative to a vehicular air bag deployment zone, the air bag simulator device comprising:

an air bag-simulating envelope, the air bag-simulating envelope being sized and shaped to simulate a deployed driver side, vehicular air bag, the air bag-simulating envelope thus defining a first volumetric space, the first volumetric space being filled with matter bound by the air bag-simulating envelope, the air bag-simulating envelope being positionable adjacent a vehicular steering wheel for visually demonstrating to a user the first volumetric space otherwise occupied by a deployed driver side vehicular air bag.

2. The air bag simulator device of claim 1 including a wheel-to-device retention means for retaining the air bag-simulating envelope in positioned placement adjacent the vehicular steering wheel.

3. The air bag simulator device of claim 2 where said wheel-to-device retention means comprise a downwardly open pocket attached to the air bag-simulating envelope, the downwardly open pocket for receiving the upper portion of the vehicular steering wheel, the downwardly open pocket thus permitting the air bag-simulating envelope to be hung over the vehicular steering wheel for visually demonstrating to the user the first volumetric space otherwise occupied by the driver side deployed vehicular air bag.

4. The air bag simulator device of claim 1 wherein the air bag-simulating envelope is constructed from an air-impermeable, flexible material, said air bag-simulating envelope being permanently or temporarily inflatable to simulate said deployed vehicular air bag.

5. The air bag simulator device of claim 1 wherein the air bag-simulating envelope is filled with pillow-fill material, the pillow-fill material for providing cushioned support to structures engaging said air bag-simulating envelope.

6. The air bag simulator device of claim 1 wherein the air bag-simulating envelope is re-sizeable and re-shapeable to simulate a dynamic volumetric vehicular air bag, the air bag-simulating envelope thus being re-definable to comprise a second volumetric space different than the first volumetric space, the second volumetric space being filled with matter bound by the air bag-simulating envelope, the air bag-simulating envelope being positionable adjacent a vehicular steering wheel for visually demonstrating to users the second volumetric space otherwise occupied by a deployed vehicular air bag.

7. An air bag simulator device for educating would be vehicle occupants on proper body position relative to a vehicular air bag deployment zone, the air bag simulator device comprising:

an air bag-simulating envelope, the air bag-simulating envelope being sized and shaped to simulate a firstly deployed vehicular air bag, the air bag-simulating envelope thus defining a first volumetric space, the first volumetric space being filled with matter bound by the air bag-simulating envelope, the air bag-simulating envelope being positionable within a vehicle for visually demonstrating to a user the first volumetric space otherwise occupied by a firstly deployed vehicular air bag.

8. The air bag simulator device of claim 7 including a vehicle-to-device retention means for retaining the air bag-simulating envelope in positioned placement within the vehicle.

9. The air bag simulator device of claim 8 where said vehicle-to-device retention means comprise a downwardly open pocket attached to the air bag-simulating envelope, the downwardly open pocket for receiving the upper portion of vehicular structure, the downwardly open pocket thus permitting the air bag-simulating envelope to be hung over vehicular structure for visually demonstrating to the user the first volumetric space otherwise occupied by the deployed air bag.

10. The air bag simulator device of claim 7 wherein the air bag-simulating envelope is constructed from an air-impermeable, flexible material, said air bag-simulating envelope being permanently or temporarily inflatable to simulate said deployed vehicular air bag.

11. The air bag simulator device of claim 7 wherein the air bag-simulating envelope is filled with pillow-fill material, the pillow-fill material for providing cushioned support to structures engaging said air bag-simulating envelope.

12. The air bag simulator device of claim 7 wherein the air bag-simulating envelope is re-sizable and re-shapeable to simulate a dynamic volumetric vehicular air bag, the air bag-simulating envelope thus being re-definable to comprise a second volumetric space, the second volumetric space being filled with matter bound by the air bag-simulating envelope, the air bag-simulating envelope being positionable adjacent vehicular structure for visually demonstrating to users the second volumetric space otherwise occupied by a deployed vehicular air bag.

13. A method for educating vehicle user as to correct body-seat position relative to an air bag deployment zone, the method comprising the steps of:

forming an air bag-simulating envelope;

filling the air bag-simulating envelope with matter, the filled air bag-simulating envelope being sized and shaped to simulate at least one deployed vehicular air bag defining a first volumetric space;

positioning the filled air bag-simulating envelope within a vehicle; and

visually demonstrating to a user the first volumetric space for educating the user as to correct body-seat position relative to an air bag deployment zone.

14. The method of claim 13 wherein the filled air bag-simulating envelope is removably fastened to vehicle structure during the step of positioning the filled air bag-simulating envelope within the vehicle.

15. The method of claim 14 wherein vehicle structure is received by vehicle-to-device retention means during the step of removably fastening the air bag-simulating envelope to vehicle structure.

16. The method of claim 15 wherein vehicles structure is pocket-received by a downwardly open pocket attached to the air bag-simulating envelope, the air bag-simulating envelope thereby being hung over vehicular structure.

17. The method of claim 13 wherein the air bag-simulating envelope is constructed from an air-impermeable, flexible material, and comprises an air-through valve, the method comprising the step of directing air through the air-through valve during the step of filling the air bag-simulating envelope with matter.

18. The method of claim 13 wherein the air bag-simulating envelope is filled with pillow-fill material during the step of filling the air bag-simulating envelope with matter.

19. The method of claim 13 wherein the firstly deployed air bag is re-sized and/or re-shaped to simulate a dynamic volumetric vehicular air bag, the air bag-simulating envelope thus being re-defined to comprise a second volumetric space, the second volumetric space being filled with matter bound by the air bag-simulating envelope.

20. The method of claim 13 wherein the method comprises the step of emptying the air bag-simulating envelope of matter after the step of visually demonstrating to the user the first volumetric space.