초록 ▼

A low wind decoy system for efficiently providing realistic motion to decoys in low and high wind environments. The low wind decoy system generally includes a body, comprised of foam or other similar lightweight materials, adapted to be suspended above a ground surface and oriented into the wind. Th

A low wind decoy system for efficiently providing realistic motion to decoys in low and high wind environments. The low wind decoy system generally includes a body, comprised of foam or other similar lightweight materials, adapted to be suspended above a ground surface and oriented into the wind. The body is comprised of a substantially thin structure having at least one curvature formed thereon and the peripheral edge of the body has a series of notches extending within to create an irregular movement in response to air flow passing across to attract various different types of animals and birds. The body is generally suspended via a pole assembly and is configured to irregularly move around the pole assembly. The body is also generally colored with a reflective paint substance to match the animal or bird to be attracted.

대표청구항 ▼

1. A low wind decoy, comprising: a pole assembly comprised of a self-standing structure, wherein said pole assembly includes at least one vertical section, a first coupler rotatably positioned upon said at least one vertical section and at least one horizontal section extending from said first coupl

1. A low wind decoy, comprising: a pole assembly comprised of a self-standing structure, wherein said pole assembly includes at least one vertical section, a first coupler rotatably positioned upon said at least one vertical section and at least one horizontal section extending from said first coupler substantially transverse with respect to said at least one vertical section, wherein said at least one horizontal section freely rotates relative said at least one vertical section and wherein said at least one horizontal section is comprised of a rigid pole structure; an elongated member suspended from said at least one horizontal section, wherein said elongated member is comprised of a lightweight line;a lightweight decoy body adapted to be suspended from an upper support above a ground surface and oriented into the wind;wherein said decoy body is comprised of a substantially thin structure having a first curvature and a second curvature each formed along a longitudinal axis of said decoy body, wherein said decoy body has a first end and a second end opposite of said first end along said longitudinal axis, and wherein said first end is attached to said elongated member opposite of said at least one horizontal section;wherein a peripheral edge of said decoy body has a series of notches;wherein said first curvature curves inwardly relative a lengthwise central portion of said decoy body and wherein said second curvature curves outwardly relative said lengthwise central portion;wherein said decoy body is comprised of an S-shaped cross-section;wherein a radius of each of the curvatures increases towards an end of said decoy body relative a longitudinal center of said decoy body;wherein said series of notches are formed within each longitudinal end of said decoy body and are comprised of a plurality of triangular shaped structures;wherein at least one lateral side of the decoy body having a second series of notches, the second series of notches having notches of different shapes;wherein the decoy body having a longitudinal channel extending partly through the thickness of the decoy body, an elongated support positioned in the longitudinal channel of the decoy body and extending the longitudinal length of the decoy body, and a filler positioned in the longitudinal channel to fixedly secure the elongated support in the longitudinal channel;wherein said decoy body moves in an irregular spinning movement in response to air flow passing across said series of notches and said at least one curvature of said decoy body. 2. The low wind decoy of claim 1, wherein said first curvature extends from a first longitudinal side of said decoy body and wherein said second curvature extends from a second longitudinal side of said decoy body. 3. The low wind decoy of claim 2, wherein said first curvature has a lesser radius than said second curvature. 4. The low wind decoy of claim 1, wherein said series of notches are formed within each lateral side of said decoy body. 5. The low wind decoy of claim 1, wherein said at least one vertical section is comprised of a first vertical section that is adapted to penetrate a ground surface, a sleeve coupler attached to an upper end of said first vertical section and a second vertical section attached to said sleeve coupler extending upwardly from said first vertical section. 6. The low wind decoy of claim 5, wherein said first vertical section removably attaches to said second vertical section via said sleeve coupler. 7. A low wind decoy system, comprising: a pole assembly having at least one vertical section and at least one horizontal section extending therefrom, wherein said at least one horizontal section freely rotates relative said at least one vertical section and wherein said at least one horizontal section is comprised of a rigid pole structure; an elongated member suspended from said at least one horizontal section; and a lightweight decoy body suspended from said elongated member above a ground surface and oriented into the wind, wherein a first end of said decoy body is connected to said elongated member;wherein said decoy body freely rotates relative said at least one horizontal section; wherein said decoy body is comprised of a substantially thin structure; wherein said decoy body has a central portion, a first curvature extending from a first side of said central portion along a longitudinal axis of said decoy body, and a second curvature extending from a second side of said central portion along said longitudinal axis of said decoy body;wherein said first curvature curves inwardly relative said central portion of said decoy body and wherein said second curvature curves outwardly relative said central portion;wherein a peripheral edge of said decoy body has a series of notches;wherein said first curvature curves inwardly relative a lengthwise central portion of said decoy body and wherein said second curvature curves outwardly relative said lengthwise central portion;wherein said decoy body is comprised of an S-shaped cross-section;wherein a radius of each of the curvatures increases towards an end of said decoy body relative a longitudinal center of said decoy body;wherein said series of notches are formed within each longitudinal end of said decoy body and are comprised of a plurality of triangular shaped structures;wherein at least one lateral side of the decoy body having a second series of notches, the second series of notches having notches of different shapes;wherein the decoy body having a longitudinal channel extending partly through the thickness of the decoy body, an elongated support positioned in the longitudinal channel of the decoy body and extending the longitudinal length of the decoy body, and a filler positioned in the longitudinal channel to fixedly secure the elongated support in the longitudinal channel;wherein said decoy body moves in an irregular spinning movement in response to air flow passing across said series of notches and said at least one curvature of said decoy body. 8. The low wind decoy system of claim 7, wherein said first curvature has a lesser radius than said second curvature. 9. A low wind decoy system, comprising: a pole assembly having at least one vertical section and at least one horizontal section extending therefrom;wherein said at least one horizontal section freely rotates relative said at least one vertical section;wherein said at least one horizontal section is comprised of a rigid pole structure; an elongated member suspended from said at least one horizontal section; anda lightweight decoy body suspended from said elongated member above a ground surface and oriented into the wind;wherein said decoy body has ends curved in a semi-circular shape and has sides connecting said ends;wherein said decoy body freely rotates relative said at least one horizontal section;wherein said decoy body is comprised of a substantially thin structure; wherein said decoy body has a central portion, a first curvature extending from a first side of said central portion along a longitudinal axis of said decoy body, and a second curvature extending from a second side of said central portion along said longitudinal axis of said decoy body;wherein said first curvature curves inwardly relative said central portion of said decoy body and wherein said second curvature curves outwardly relative said central portion;wherein said first curvature has a lesser radius than said second curvature;wherein a radius of said first curvature and said second curvature increases towards said end of said decoy body relative a longitudinal center of said decoy body;wherein said decoy body has a series of notches extending within a peripheral edge of said decoy body;wherein said series of notches include a plurality of end notches formed within each said longitudinal end of said decoy body;wherein said plurality of end notches are comprised of triangular shapes;wherein said series of notches include a plurality of side notches formed within each said lateral side of said decoy body;wherein said at least one vertical section is comprised of a first vertical section that is adapted to penetrate a ground surface, a sleeve coupler attached to an upper end of said first vertical section and a second vertical section attached to said sleeve coupler extending upwardly from said first vertical section;wherein said first vertical section removably attaches to said second vertical section via said sleeve couplerwherein said decoy body is comprised of an S-shaped cross-section;wherein said plurality of side notches having notches of different shapes;wherein the decoy body having a longitudinal channel extending partly through the thickness of the decoy body, an elongated support positioned in the longitudinal channel of the decoy body and extending the longitudinal length of the decoy body, and a filler positioned in the longitudinal channel to fixedly secure the elongated support in the longitudinal channel;wherein said decoy body moves in an irregular spinning movement in response to air flow passing across said series of notches and said at least one curvature of said decoy body.