Simulated fowl swimming apparatus
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0799766
(2010-04-30)
|
등록번호 |
US-8256155
(2012-09-04)
|
발명자
/ 주소 |
- Goodwill, Mike
- Spivey, David
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
8 인용 특허 :
5 |
초록
▼
A simulated fowl swimming apparatus includes a pump conduit, a pump disposed in fluid communication with the pump conduit, a decoy motion assembly disposed in fluid communication with and rotatable with respect to the pump conduit, at least one discharge opening in the decoy motion assembly and at l
A simulated fowl swimming apparatus includes a pump conduit, a pump disposed in fluid communication with the pump conduit, a decoy motion assembly disposed in fluid communication with and rotatable with respect to the pump conduit, at least one discharge opening in the decoy motion assembly and at least one water fowl decoy carried by the decoy motion assembly.
대표청구항
▼
1. A simulated fowl swimming apparatus, comprising: a pump conduit having a lower conduit end and an upper conduit end;a pump disposed in fluid communication with said pump conduit between said lower conduit end and said upper conduit end;a stake extending downwardly from said lower conduit end of s
1. A simulated fowl swimming apparatus, comprising: a pump conduit having a lower conduit end and an upper conduit end;a pump disposed in fluid communication with said pump conduit between said lower conduit end and said upper conduit end;a stake extending downwardly from said lower conduit end of said pump conduit:a decoy motion assembly including: at least one water distribution conduit disposed in fluid communication with and rotatable with respect to said upper conduit end of said pump conduit, said water distribution conduit perpendicular to said pump conduit;at least one water discharge conduit disposed in fluid communication with said water distribution conduit, said water discharge conduit perpendicular to said water distribution conduit;at least one discharge opening in said water discharge conduit; andat least one water fowl decoy carried by said at least one water discharge conduit; andwherein said water discharge conduit is driven in a circular motion via jet propulsion and said water distribution conduit rotates about said pump conduit and constrains said at least one water fowl decoy in a circular path having a diameter corresponding to a radius of said water distribution conduit with said pump conduit centered in said circular path as water is pumped through said pump conduit and said decoy motion assembly and is discharged from said at least one discharge opening, respectively, responsive to operation of said pump. 2. The apparatus of claim 1 wherein said pump conduit comprises a generally elongated, cylindrical conduit wall. 3. The apparatus of claim 1 wherein said at least one water distribution conduit comprises a plurality of water distribution conduits; said at least one water discharge conduit comprises a plurality of water discharge conduits disposed in fluid communication with said plurality of water distribution conduits, respectively; and said at least one water fowl decoy comprises a plurality of water fowl decoys carried by said plurality of water discharge conduits, respectively. 4. The apparatus of claim 3 wherein said plurality of water distribution conduits, said plurality of water discharge conduits and said plurality of water fowl decoys comprises at least three water distribution conduits, at least three water discharge conduits and at least three water fowl decoys. 5. The apparatus of claim 4 wherein said at least three water distribution conduits, said at least three water discharge conduits and said at least three water fowl decoys comprises at least four water distribution conduits, at least four water discharge conduits and at least four water fowl decoys. 6. A simulated fowl swimming apparatus, comprising: a pump conduit having a lower conduit end and an upper conduit end;a submersible pump disposed in fluid communication with said pump conduit between said lower conduit end and said upper conduit end;a stake extending downwardly from said lower conduit end of said pump conduit;a bushing carried by said upper conduit end of said pump conduit; anda decoy motion assembly including: a connecting conduit disposed in fluid communication with said pump conduit and having a connecting conduit neck journaled for rotation in said bushing and a connecting conduit arm communicating with and perpendicular to said connecting conduit neck;at least one water distribution conduit having a water distribution conduit inlet end proximate to and disposed in fluid communication with said connecting conduit arm of said connecting conduit and a water distribution conduit discharge end opposite said water distribution conduit inlet end, said water distribution conduit perpendicular to said pump conduit;at least one water discharge conduit having a water discharge conduit inlet end proximate to and disposed in fluid communication with said water distribution conduit discharge end of said at least one water distribution conduit and a water discharge conduit discharge end opposite said water discharge conduit inlet end, said water discharge conduit perpendicular to said water distribution conduit and said water distribution conduit and said water discharge conduit disposed in a common plane perpendicular to said pump conduit;at least one discharge opening at said water discharge conduit discharge end of said at least one water discharge conduit; andat least one water fowl decoy carried by said water discharge conduit; andwherein said water discharge conduit is driven in a circular motion via jet propulsion and said connecting conduit rotates in said bushing about said pump conduit and said water distribution conduit constrains said at least one water fowl decoy in a circular path having a diameter corresponding to a radius of said water distribution conduit with said pump conduit centered in said circular path as water is pumped through said pump conduit and said decoy motion assembly and is discharged from said at least one discharge opening, respectively, responsive to operation of said pump. 7. The apparatus of claim 6 wherein said pump conduit comprises a generally elongated, cylindrical conduit wall. 8. The apparatus of claim 6 wherein said at least one water distribution conduit comprises a plurality of water distribution conduits; said at least one water discharge conduit comprises a plurality of water discharge conduits disposed in fluid communication with said plurality of water distribution conduits, respectively; and said at least one water fowl decoy comprises a plurality of water fowl decoys carried by said plurality of water discharge conduits, respectively. 9. The apparatus of claim 6 wherein said at least one water distribution conduit comprises a plurality of water distribution conduits; said at least one water discharge conduit comprises a plurality of water discharge conduits disposed in fluid communication with said plurality of water distribution conduits, respectively; and said at least one water fowl decoy comprises a plurality of water fowl decoys carried by said plurality of water discharge conduits, respectively. 10. The apparatus of claim 9 wherein said plurality of water distribution conduits, said plurality of water discharge conduits and said plurality of water fowl decoys comprises at least three water distribution conduits, at least three water discharge conduits and at least three water fowl decoys. 11. The apparatus of claim 10 wherein said at least three water distribution conduits, said at least three water discharge conduits and said at least three water fowl decoys comprises at least four water distribution conduits, at least four water discharge conduits and at least four water fowl decoys. 12. A simulated fowl swimming apparatus, comprising: a pump conduit having a generally elongated, cylindrical conduit wall and a lower conduit end and an upper conduit end opposite said lower conduit end;a connecting conduit sleeve on said pump conduit between said lower conduit end and said upper conduit end of said pump conduit;a pump connecting conduit disposed in fluid communication with said connecting conduit sleeve;a submersible bilge pump disposed in fluid communication with said pump connecting conduit;a stake having a stake tip extending downwardly from said lower conduit end of said pump conduit;a bushing carried by said upper conduit end of said pump conduit; anda decoy motion assembly including: a connecting conduit disposed in fluid communication with said pump conduit and having a connecting conduit neck journaled for rotation in said bushing and a connecting conduit arm communicating with and perpendicular to said connecting conduit neck;at least one water distribution conduit having a water distribution conduit inlet end proximate to and disposed in fluid communication with said connecting conduit arm of said connecting conduit and a water distribution conduit discharge end opposite said water distribution conduit inlet end, said water distribution conduit perpendicular to said pump conduit;at least one water discharge conduit having a water discharge conduit inlet end proximate to and disposed in fluid communication with said water distribution conduit discharge end of said at least one water distribution conduit and a water discharge conduit discharge end opposite said water discharge conduit inlet end, said water discharge conduit perpendicular to said water distribution conduit and said water distribution conduit and said water distribution conduit and said water discharge conduit disposed in a common plane perpendicular to said pump conduit;at least one discharge opening at said water discharge conduit discharge end of said at least one water discharge conduit; andat least one water fowl decoy carried by said water discharge conduit; andwherein said water discharge conduit is driven in a circular motion via jet propulsion and said connecting conduit rotates in said bushing about said pump conduit and said water distribution conduit constrains said at least one water fowl decoy in a circular path having a diameter corresponding to a radius of said water distribution conduit with said pump conduit centered in said circular path as water is pumped through said pump conduit and said decoy motion assembly and is discharged from said at least one discharge opening, respectively, responsive to operation of said pump. 13. The apparatus of claim 12 wherein said at least one water distribution conduit comprises a plurality of water distribution conduits; said at least one water discharge conduit comprises a plurality of water discharge conduits disposed in fluid communication with said plurality of water distribution conduits, respectively; and said at least one water fowl decoy comprises a plurality of water fowl decoys carried by said plurality of water discharge conduits, respectively. 14. The apparatus of claim 12 further comprising at least one decoy attachment ring carried by said at least one water fowl decoy and receiving said at least one water discharge conduit.
이 특허에 인용된 특허 (5)
-
Fish Richard I. (6477 Robert St. West Palm Beach FL 33413), Aquatic toy.
-
Phillips Richard J. (Rt. 1 ; Box 366 ; 9816 NW. 171 Terr. Alachua FL 32615), Method and apparatus for animating a floating waterfowl decoy.
-
Jones Jeff, Simulated feeding decoy.
-
Missale Maria (3615 Woolworth Bldg. ; 233 Broadway New York NY 10007) Spector George (3615 Woolworth Bldg. ; 233 Broadway New York NY 10007), Toy soda jet dispenser with moving display.
-
Powell,Charles D., Waterfowl luring system.
이 특허를 인용한 특허 (8)
-
Rogers, Jay, Decoy motion technology.
-
Hughes, Dennis, Device to lift a motion decoy.
-
Brain, Joseph Anthony, Rotating decoy carousel.
-
Gill, II, Donald D., Self contained adjustable decoy.
-
Flake, Jr., Ernest B.; Flake, Larry L., Swimming decoy assemblies, systems and methods.
-
Franklin, Mike, Waterfowl decoy deployment apparatus.
-
Beauchamp, Keith, Waterfowl decoy deployment systems.
-
Beauchamp, Keith, Waterfowl decoy deployment systems.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.