Magnetically attached decoy wings

• US 20050252066A1
• Filed: 06/02/2003
• Published: 11/17/2005
• Est. Priority Date: 06/03/2002
• Status: Abandoned Application

• Current Assignee: Fredrick L. Couvillion III
• Original Assignee: Fredrick L. Couvillion III
• Inventors: Couvillion, Fredrick L. III
• Application Number:
  US10/452,641
• Publication Number:
  US 20050252066A1
• Time in Patent Office: Days
• US Class Current: 43/3
• CPC Class Codes: A01M 31/06 Decoys

Abstract

Magnetically attached decoy wings which are each characterized by a wing of selected size, color and design, fitted with a mount collar sized to slip-fit on each ferrous drive shaft of a decoy, with a magnet provided in the bore of each mount collar for contacting and exerting an attractive magnetic force upon the ferrous drive shafts when the mount collars are seated on the respective drive shafts. Each mount collar is slip-fitted on the corresponding drive shaft or on an adaptor inserted on the drive shaft, to facilitate easy attachment and detachment of the wings to and from the drive shafts and each mount collar is designed to rotate, both with the drive shaft and with respect to the drive shaft, to avoid damage to the wing or the decoy if the rotating wing or wings should strike an obstacle. In a preferred embodiment the decoy wings are characterized by a plastic corrugated core sandwich construction and feature a mount rod extending through each corrugated center or core from the wing base toward the wing tip, for mounting in each of the collars, respectively, and a mount pin extends transversely through each mount collar and the corresponding mount rod for mounting the mount rods and the decoy wings on the mount collars.

Claims

1. A decoy wing for mounting on the ferrous operating shaft of a decoy, comprising a wing base and a wing tip spaced from said wing base;

a mount collar provided on said wing base for removably receiving the ferrous operating shaft; and

a ferromagnetic material provided in said mount collar for contacting and attracting the ferrous operating shaft and removably retaining said decoy wing on the ferrous operating shaft.

2. The decoy wing of claim 1 comprising a mount rod extending through said decoy wing from said wing base toward said wing tip, with one end of said mount rod projecting from said wing base and fixed to said mount collar for mounting said decoy wing on said mount collar.

3. The decoy wing of claim 1 comprising an adhesive applied to said ferromagnetic material for securing said ferromagnetic material in said mount collar.

4. The decoy wing of claim 3 comprising a mount rod extending through said decoy wing from said wing base toward said wing tip, with one end of said mount rod projecting from said wing base into said mount collar and a mount pin extending through said mount collar and said mount rod for securing said mount rod in said mount collar and mounting said decoy wing on said mount collar.

5. The decoy wing of claim 1 comprising an adhesive applied to said mount collar for securing said ferromagnetic material in said mount collar.

6. The decoy wing of claim 5 comprising a mount rod extending through said decoy wing from said wing base toward said wing tip, with one end of said mount rod projecting from said wing base into said mount collar and a mount pin extending through said mount collar and said mount rod for securing said mount rod in said mount collar and mounting said decoy wing on said mount collar.

7. A pair of decoy wings for mounting on the oppositely-disposed, rotatable ferrous metal shafts of a decoy, each of said decoy wings comprising a wing base and a wing tip spaced from said wing base;

a mount collar having an open end and a mount collar bore extending from said open end for receiving a respective one of the rotatable ferrous metal shafts, and a mount collar base provided in the opposite end of said mount collar from said open end; and

a magnet fixed in said mount collar bore for contacting and attracting the rotatable ferrous metal shafts, respectively, and removably retaining said decoy wings on the rotatable ferrous metal shafts.

8. The decoy wings of claim 7 wherein said decoy wings each comprises a plastic corrugated core and comprising a mount rod extending through said plastic corrugated core of said decoy wings, from said wing base toward said wing tip, with one end of said mount rod projecting from said wing base and fixed to said mount collar.

9. The decoy wings of claim 7 comprising an adhesive applied to said magnet for securing said magnet in said mount collar.

10. The decoy wings of claim 7 comprising:

(a) a mount rod extending through each of said decoy wings from said wing base toward said wing tip, respectively, with one end of said mount rod projecting from said wing base into said mount collar, respectively, and a mount pin extending through said mount collar and said mount rod for securing said mount rod in said mount collar and mounting said decoy wings on said mount collar, respectively; and

(b) an adhesive applied to said magnet for securing said magnet in said mount collar, respectively.

11. The decoy wing of claim 7 comprising an adhesive applied to said mount collar for securing said magnet in said mount collar, respectively.

12. The decoy wings of claim 7 comprising:

(a) a mount rod extending through each of said decoy wings from said wing base toward said wing tip, respectively, with one end of said mount rod projecting from said wing base into said mount collar, respectively, and a mount pin extending through said mount collar and said mount rod for securing said mount rod in said mount collar and mounting said decoy wings on said mount collar, respectively, and;

(b) an adhesive applied to said mount collar for securing said magnet in said mount collar, respectively.

13. A method of removably mounting a pair of decoy wings on the oppositely-disposed ferrous operating shafts of a decoy, comprising the steps of:

(a) providing a mount collar having a longitudinal shaft bore, on each of said decoy wings;

(b) fixing a magnet in said shaft bore of said mount collar; and

(c) inserting said mount collar on said ferrous operating shafts, respectively, until the ferrous operating shafts contact said magnet in said shaft bore of said insert collar, respectively, for removably securing said decoy wings on the ferrous operating shafts by magnetic attraction between said magnet and the ferrous operating shafts, respectively.

14. The method according to claim 13 comprising the steps of inserting a mount rod in each of said decoy wings and fixing one end of said mount rod in said mount collar, respectively.

15. The method according to claim 14 comprising the step of extending a mount pin through said mount collar and said mount rod for securing said mount rod on said mount collar, respectively.

16. The method according to claim 13 comprising gluing said magnet in said shaft bore of said mount collar, respectively.

17. The method according to claim 13 comprising the steps of:

(a) inserting a mount rod in each of said decoy wings and fixing one end of said mount rod in said mount collar, respectively; and

(b) gluing said magnet in said shaft bore of said mount collar, respectively.

18. The method according to claim 17 comprising the step of extending a mount pin through said mount collar and said mount rod for securing said mount rod on said mount collar, respectively.

19. The method according to claim 13 wherein said decoy wings are characterized by a corrugated core.

20. The method according to claim 19 comprising the steps of inserting a mount rod in said corrugated core of each of said decoy wings and fixing one end of said mount rod in said mount collar, respectively.