WIND AND SAND BARRIER
A wind and sand barrier for shielding beach-goers and the like. The barrier comprises an elongated panel of flexible material that is supported a plurality of stakes extending through sleeves on the panel and then into the ground. Each stake is topped by an inverted dish-shaped handle to facilitate pushing the stakes into the ground with the user's hand. A plurality of slits are cut into the panel to define flaps for relieving wind pressure against the panel.
Sunbathers and picnickers at beaches, picnic areas and the like are subjected to winds and blowing sands, which can detract from their enjoyment. This invention provides a simple, effective and inexpensive barrier for blocking the wind and blowing sand and debris, so the user can establish an area protected from these annoyances.
SUMMARYThe present invention provides a wind and sand barrier comprising an elongated panel of flexible material defined by a top edge, a bottom edge, and first and second side edges. First and second substantially parallel sleeves are provided on the panel positioned respectively at the first and second side edges and are oriented parallel thereto. A plurality of third sleeves are positioned at spaced intervals along the panel between the first and second side edges, also substantially parallel thereto. A plurality of vents are provided in the elongated panel for relieving wind pressure thereon. The panel is supported by a plurality of support stakes receivable in the first, second, and third sleeves. Each of the support stakes comprises an elongated shaft having a first end terminating in a substantially pointed shape and a second end having an enlarged cap for facilitating pushing the stake into the ground with the user's hand.
The present invention further provides a wind and sand barrier comprising an elongated panel of flexible material defined by a top edge, a bottom edge, and first and second side edges. First and second substantially parallel sleeves are provided on the panel positioned respectively at the first and second side edges and oriented substantially parallel thereto. A plurality of third sleeves are positioned at equally spaced intervals along the panel between the first and second side edges, also substantially parallel thereto. A plurality of vents are located in the panel for relieving wind pressure thereon, with each of the vents comprising a slit in the panel defining a flap, the vents being located closer to the top edge than the bottom edge of the panel. A plurality of support stakes are receivable in the first, second, and third sleeves. Each of the support stakes comprises an elongated shaft having a first end terminating in a substantially pointed shape and a second end having an enlarged cap with an arcuate upper surface for facilitating pushing the support stake into the ground with the user's hand.
The drawings, when considered in conjunction with the following description, are presented for the purpose of facilitating an understanding of the invention sought to be protected.
As shown in the drawings, the wind and sand barrier 1 provided by the present invention comprises an elongated panel 2 and a plurality of support stakes 3. Panel 2 can be formed from a single length of material or of a plurality of discrete portions of material 4 that are attached together by means such as sewing or gluing. The material from which panel 2 is formed can be of natural or synthetic fibers, or a combination thereof. However, it must be of such construction as to essentially be substantially impermeable to wind and sand, and strong enough to be able to withstand the wind velocities that normally can be expected on a beach or similar location. Panel 2 is defined by and top edge 5, a bottom edge 6, and side edges 7 and 8.
A laterally oriented tubular sleeve 9 is provided at each of the side edges 7 and 8, and spaced at intervals along the length of panel 2, to closely accommodate support stakes 3. As shown in
The operation of the barrier 1 is enhanced by providing in panel 2 a plurality of air vents in the form of semi-circular cut-out flaps 15 defined by arcuate slits 16. Permitting air to pass through panel 2 in this manner effectively relieves the wind pressure on the upwind side to reduce to force against the barrier in instances of high winds and prevent it from easily being blown over, while still protecting the users from blowing wind and sand. Flaps 15 advantageously are located in the upper portion of panel 2, closer to top edge 5 than bottom edge 6, so that wind and sand blowing therethrough has minimal impact on persons reclining behind the barrier.
As illustrated in
In a preferred embodiment, panel 2 is about ten feet in length and about sixteen inches in height. The sleeves are about thirty inches apart along the length of panel 2. An advantageous length for the stakes is about twenty-four inches. These dimensions provide excellent protection from wind and sand for persons who are sunbathing or reading, and children playing in the sand. Moreover, a barrier having such dimensions also is light in weight, can be rolled up without removing the stakes from their sleeves, and can be easily be placed in a storage bag, carried and erected. Barrier 1 need not be erected with panel 2 extended in a straight line, but can be arranged in a multitude of other configurations with panel portions 4 being at angles with one another, as shown in
While the present invention has been described in connection with what is considered a most practical and preferred embodiment, it is to be understood that it is not to be limited to the disclosed arrangement, but is intended to cover various arrangements which are included within the spirit and scope of the broadest possible interpretation of the appended claims so as to encompass all modifications and equivalent arrangements.
Claims
1. A wind and sand barrier comprising:
- an elongated panel of flexible material defined by a top edge, a bottom edge, and first and second side edges;
- first and second substantially parallel sleeves on said panel positioned respectively at said first and second side edges and oriented substantially parallel thereto;
- a plurality of third sleeves positioned at spaced intervals along said panel between said first and second side edges and oriented substantially parallel to said first and second sleeves;
- a plurality of vents in said panel for relieving wind pressure thereon; and
- a plurality of support stakes receivable in said first, second, and third sleeves, each of said support stakes comprising an elongated shaft having a first end terminating in a substantially pointed shape and a second end having an enlarged cap for facilitating pushing said support stake into the ground with the user's hand.
2. The wind and sand barrier of claim 1 wherein each of said sleeves is formed in said panel.
3. The wind and sand barrier of claim 1 wherein each of said sleeves is attached to said panel.
4. The wind and sand barrier of claim 1 wherein said panel comprises a plurality of sections having section side edges and being attached to one another at said section side edges, and wherein said sleeves are formed by overlaying and attaching adjacent of said section side edges to one another.
5. The wind and sand barrier of claim 1 wherein each of said first, second and third sleeves extend from said top edge to said bottom edge.
6. The wind and sand barrier of claim 1 wherein said third sleeves are spaced at equal intervals between said first and second side edges.
7. The wind and sand barrier of claim 1 wherein each of said said enlarged caps on said stakes comprises a circular button having an arcuate upper surface.
8. The wind and sand barrier of claim 1 wherein the length of said panel is about ten feet, the height of said panel is about sixteen inches, the length of each of said stakes is about twenty-four inches, and the interval between said first, second and third sleeves is about thirty inches.
9. The wind and sand barrier of claim 1 wherein each of said vents comprises a slit in said panel defining a flap, and wherein said vents are located closer to said top edge than said bottom edge of said panel.
10. The wind and sand barrier of claim 1 wherein said panel further comprises an interior surface and an exterior surface, and wherein a decorative design is placed upon at least one of said surfaces.
11. A wind and sand barrier comprising:
- an elongated panel of flexible material defined by a top edge, a bottom edge, and first and second side edges;
- first and second substantially parallel sleeves on said panel positioned respectively at said first and second side edges and oriented substantially parallel thereto;
- a plurality of third sleeves positioned at equally spaced intervals along said panel between said first and second side edges and oriented substantially parallel to said first and second sleeves;
- a plurality of vents in said panel for relieving wind pressure thereon, each of said vents comprising a slit in said panel defining a flap, and wherein said vents are located closer to said top edge than said bottom edge of said panel.
- a plurality of support stakes receivable in said first, second, and third sleeves, each of said support stakes comprising an elongated shaft having a first end terminating in a substantially pointed shape and a second end having an enlarged circular cap comprising an arcuate upper surface for facilitating pushing said support stake into the ground with the user's hand.
12. The wind and sand barrier of claim 11 wherein each of said first, second and third sleeves extend from said top edge to said bottom edge.
13. The wind and sand barrier of claim 11 wherein the length of said panel is about ten feet, the height of said panel is about sixteen inches, and the length of each of said stakes is about twenty-four inches.
14. The wind and sand barrier of claim 11 wherein each of said vents comprises an arcuate slit.
15. The wind and sand barrier of claim 11 wherein said panel further comprises an interior surface and an exterior surface, and wherein a decorative design is placed upon at least one of said surfaces.
Type: Application
Filed: Jan 12, 2009
Publication Date: Jul 15, 2010
Inventor: John Day (Simi Valley, CA)
Application Number: 12/352,046
International Classification: E04H 15/32 (20060101); E04H 15/62 (20060101);