Tie-Out Post Having a Detachable and Rotatable Connection Point

Abstract

A tie-out post that provides a point of connection that it fixed at a location and is capable of rotating 360 degrees around that location in either direction. When used as a pet tie-down it provides the pet with freedom to move in any direction, is not apt to entanglement, does not provide a scenario where the pet may damage the device by pulling in opposite direction of point of connection, and is not apt to were and tear. The tie-out post includes a ground spike to be inserted in the ground and a detachable and rotatable connection head to be located on the surface of the ground. The connection head includes a connector (fully enclosed) that is centered thereon and is capable of rotating therearound. The placement of the connector at the top of the connection head minimizes the size and diameter of the tie-out post.

Claims

1. A tie-out post comprising an ground spike to be driven into the ground; and a connection head to be attached to the ground spike above the ground, wherein the connection head includes a connector capable of rotating around a central axis of the connection head.

2. The tie-out post of claim 1, wherein the connection head includes a rotating ring that is free to rotate around the central axis, wherein the connector is connected to the rotating ring.

3. The tie-out post of claim 2, wherein the connection head further includes a stationary ring that the rotating ring rotates around.

4. The tie-out post of claim 3, wherein the connection head further includes a ball bearing located between the stationary ring and the rotating ring.

5. The tie-out post of claim 1, wherein the connection head includes a main body to be secured to the ground spike; a stationary ring to be secured to the main body; a rotating ring having an open center and being placed around the stationary ring so as to be able to rotate around the stationary ring, wherein the connector is connected to the rotating ring.

6. The tie-out post of claim 5, wherein the main body includes a raised central portion having a threaded hole formed therein; the stationary ring includes a threaded portion extending from a lower surface thereof, wherein the stationary ring is secured to the main body by screwing the threaded portion in the threaded hole.

7. The tie-out post of claim 5, wherein the connection head further includes a ball bearing located between the stationary ring and the rotating ring.

8. The tie-out post of claim 5, wherein the main body, the rotating ring and the connector are made of stainless steel.

9. The tie-out post of claim 1, wherein the ground spike includes an insert and a head, wherein the insert tapers from a first end to a second end, wherein the second end is to be inserted in ground, wherein the head is located on top of the first end and is to be located above the ground and is to provide a surface for the connection head to connect to.

10. The tie-out post of claim 9, wherein the insert includes a plurality of tapered fins extending from a central axis.

11. The tie-out post of claim 10, wherein the ground spike includes a metal spike located at the central axis, wherein the plurality of tapered fins and the head are formed around the metal spike.

12. The tie-out post of claim 10, wherein the head includes a plurality of threaded holes to enable the connection head to connect to.

13. The tie-out post of claim 1, wherein the ground spike is made of plastic.

14. The tie-out post of claim 1, wherein the connection head is made of stainless steel.

15. A tie-out post comprising a ground spike including a plurality of tapered fins extending from a central axis and a head located on top of the plurality of tapered fins, wherein the ground spike first end is to be inserted into ground; and a connection head to be attached to the ground spike above the ground, wherein the connection head includes a main body to be secured to the ground spike; a stationary ring to be secured to the main body; a rotating ring having an open center and being placed around the stationary ring so as to be able to rotate around the stationary ring; and a connector connected to the rotating ring.

16. The tie-out post of claim 15, wherein the main body of the connection head includes a raised central portion having a threaded hole formed therein; the stationary ring includes a threaded portion extending from a lower surface thereof, wherein the stationary ring is secured to the main body by screwing the threaded portion in the threaded hole.

17. The tie-out post of claim 15, wherein the connection head further includes a ball bearing located between the stationary ring and the rotating ring.

18. The tie-out post of claim 15, wherein the head of the ground spike includes a plurality of threaded holes on a side thereof and the main body of the connection head includes a side and a plurality of holes in alignment with the plurality of threaded holes to enable the connection head to be secured to the head of the ground spike.

19. The tie-out post of claim 15, wherein the main body, the rotating ring and the connector are made of stainless steel.

20. The tie-out post of claim 15, wherein the connector is fully enclosed.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The features and advantages of the various embodiments will become apparent from the following detailed description in which:

[0009] FIG. 1 illustrates a perspective view of an example tie-out post, according to one embodiment;

[0010] FIG. 2 illustrates a perspective view of an example ground spike utilized in an example pet tie-out post, according to one embodiment;

[0011] FIG. 3A illustrates an exploded cross sectional side view of an example detachable and rotatable connection head utilized in an example tie-out post, according to one embodiment;

[0012] FIG. 3B illustrates a cross sectional side view of an example detachable and rotatable connection head utilized in an example tie-out post, according to one embodiment;

[0013] FIG. 3C illustrates a cross sectional top view of an example detachable and rotatable connection head utilized in the example tie-out post, according to one embodiment;

[0014] FIG. 4 illustrates a side view of the example detachable and rotatable connection head connected to the example ground spike, according to one embodiment; and

[0015] FIG. 5 illustrates a perspective view of an example tie-out post installed and ready for use, according to one embodiment.

DETAILED DESCRIPTION

[0016] The current invention is a ground spike for use as a tie-out post (e.g., pet tie-our post) that provides a point of connection that it fixed at a location and is capable of rotating 360 degrees around that location in either direction. Such a configuration provides the pet with freedom to move in any direction, is not apt to entanglement, does not provide a scenario where the pet may damage the device by pulling in opposite direction of point of connection, and is not apt to were and tear do to the rotation of the parts with respect to one another.

[0017] FIG. 1 illustrates a perspective view of an example tie-out post 100 (e.g., pet tie-out post). The tie out post 100 includes a ground spike 200 and a detachable and rotatable connection head 300. The ground spike 200 may taper to a narrow lower end so as to be able to be inserted into the ground. The connection head 300 may include a connector (fully enclosed) 340 that is centered thereon and is capable of rotating therearound (in either direction). For example, the connector 340 may rotate in either direction around a central axis 110 of the pet tie-out post 100. The ground spike 200 may be located in the ground and the connection head 300 may be located above the ground. The placement of the connector 340 at the top of the connection head 300 minimizes the size and diameter of the tie-out post 100 and allows full three hundred sixty degree rotation of the connector 340. Such a configuration removes any directional inhibitions on a pet's movement around the tie-out post 100.

[0018] FIG. 2 illustrates an example ground spike 200 utilized in an example tie-out post 100. The ground spike 200 includes an insert 210 and a head 250. The insert 210 includes a plurality of fins 220 that taper in width from the top to the bottom in order to enable the insert 210 to be inserted into the ground. As illustrated, the insert 210 includes four fins 220 disposed approximately 90 degrees from each other with the left, right and front fins 220 being visible while the back fin is not. However, the number and orientation of the fins 220 is not intended to be limited thereby. As illustrated, the bottom of the fins 120 are flat but are not limited thereto.

[0019] The head 250 is located on top of the insert 210 (in contact with the wide side of the fins 220). The head 250 may be used to assist in driving the ground spike 200 into the ground (e.g., push on the head 250, strike the head 250 with hammer or mallet). The head 250 may have a flat top and be circular in order to receive the rotatable connection head 300. The head 250 may include a plurality of threaded holes 260 along an edge thereof in order to enable the rotatable connection head 300 to be secured thereto using screws or the like. The head 250 may also include a plurality of weep holes 270 extending from top to bottom to allow any condensation that gets between the head 250 and the rotatable connection head 300 to drain therefrom.

[0020] According to one embodiment, the ground spike 200 is made of plastic. However, the invention is in no way intended to be limited thereby. Rather, the ground spike 200 could be made of metal or any other type of material that would be strong enough to be driven in the ground and would not rot in the ground. According to one embodiment, the ground spike 200 may be molded as a single piece. Alternatively, the ground spike 200 could be formed of two of more pieces that are connected together in some fashion (e.g., welded, glued). According to one embodiment, the ground spike may include one of more metal components that a plastic is molded around. For example, a metal rod may extend down the center of a mold and the fins 220 may be molded therearound. A metal plate may extend across a top of the mold and the head may be molded therearound. A metal spike including a rod and head may be used in the mold to provide support for both the fins 220 and the head 250. According to one embodiment, the metal rod may include a point at the lower end of the fins 220 and the mold may extend around the point or the point may extend from the mold. The point may assist in driving the ground spike 200 into the ground.

[0021] FIGS. 3A-B illustrate an exploded cross sectional side view and a cross section side view of an example detachable and rotatable connection head 300 utilized in an example tie-out post 100. The connection head 300 may include a cap 310, a stationary ring 320, a rotating ring 330 and the connector 340. The cap 310 may cover the head 250 and extend onto the sides of the head 250. The cap 310 may include holes 312 formed therein in alignment with the threaded holes 260 so that the connection head 300 can be secured to the ground spike 200. The cap 310 may include a raised portion 314 in the center thereof that includes a threaded hole 316 formed therein to receive the stationary ring 320. The stationary ring 320 includes a threaded screw 322 extending from the bottom thereof to be received by the threaded hole 316 within the raised portion 314 so that it can be connected to the cap 310. The stationary ring 320 may include a lip 324 on an upper edge thereof. The rotating ring 330 encircles the stationary ring 320 and may rotate therearound. The rotating ring 330 may be secured between the lip 324 and the cap 310 (as can be seen in FIG. 3B).

[0022] According to one embodiment, the connection head 300 may further include a ball bearing 350 located between the rotating ring 330 and the stationary ring 320 to assist in the rotation therearound. Moreover, the use of the ball bearing 350 reduces the resultant wear on the rotating ring 330 and the stationary ring 320.

[0023] The connector 340 is connected to the rotating ring 330 so that it rotates on a central axis. It is anticipated that a pet would be on a leash that was connected to the connector 340, and that as the pet moved, the connector 340 and rotating ring 330 would rotate as necessary around the central axis. The connection point is always at the same location but is capable of rotating at that point.

[0024] FIG. 3C illustrates a cross sectional top view of an example detachable and rotatable connection head 300 utilized in the example tie-out post 100. The stationary ring 320 is in the center surrounded by the rotating ring 330. According to one embodiment, the ball bearing 350 may be located between the rotating ring 330 and the stationary ring 320 to assist in the rotation therearound. The connector 340 may extend from the sides of the rotating ring 330. The sides of the cap 310 extend further than the stationary ring 320, the ball bearing 350 and the rotating ring 330. The raised portion of the cap 314 is not visible as it would be below the stationary ring 320, the ball bearing 350 and the rotating ring 330. The threaded screw 322 is located in the center of the stationary ring 320.

[0025] The connection head 300 may be provided as a single unit that is connected to the ground spike 200 after the ground spike 200 is secured into the ground. Furthermore, the connection head 300 may be removed from the ground spike 200 after the pet tie-out post 100 is installed if required or desired (e.g., to cut the lawn).

[0026] The components of the connection head 300 (the cap 310, the stationary ring 320, the rotating ring 330, the connector 340, the ball bearing 350) may be separately made and assembled together. The components of the connection head 300 may be made of materials that can withstand the elements (e.g., will not rust) and that are sturdy enough to handle a pet being attached thereto (e.g., hard plastic, metal). According to a preferred embodiment, at least the components that are subject to the external elements (e.g., the cap 310, the rotating ring 330, the connector 340) are made of stainless steel.

[0027] It should be noted that the connector 340 of FIGS. 3A-C is illustrated as a generally diamond shape with the bottom of the diamond replaced by the rotating ring 330. In the depicted embodiments, the connector 340 features angular corners for ease of illustration, but may include differently shaped corners. In the preferred embodiment, the connector 340 includes rounded corners so that a leash will not get caught in any of the corners. This configuration enables the leash to be settle in one of the corners without getting stuck therein and also provides a means for the leash to be pulled from one corner to the other. However, it should be noted that the connector 340 is not limited to the configuration (e.g., shape) illustrated. Furthermore, the connector 340 has been discussed as being a fully enclosed with no moving parts or parts that can open. However, the invention is in no way limited thereto. Rather, the connector 340 could include an portion capable of being opened to allow a leash, rope, chain or the like to be secured therein.

[0028] FIG. 4 illustrates a side view of the example connection head 300 connected to the example ground spike 200. The cap 310 of the connection head 300 is connected to the head 250 of the ground spike 200 via screws 400. The screws 400 are placed through the holes 312 into the threaded holes 260.

[0029] FIG. 5 illustrates a perspective view of an example tie-out post 100 installed and ready for use. The ground spike 200 is driven into the ground and the connection head 300 is located above the ground with the connector 340 extending up therefrom. A pet 500 is tied to a leash 510 and the leash 510 is secured to the connector 340. The pet 500 may run around the pet tie-out post 100 in any direction and the connector 340 will rotate therewith (when the appropriate tension is provided).

[0030] As such, a pet 500 tied to the pet tie-out post 100 is free to move in any direction around the pet tie-out post 100. The position and free rotation of the connector 340 enables the pet's leash 510 to remain fastened to the connector 340 while the pet 500 is free to move in various directions. Because the connector 340 rotates around a stationary point 110 the leash 510 is less likely to become tangled.

[0031] It should be noted that the tie-out post 100 has been described with respect to pets. However, the invention is not limited thereto. Rather the tie-out post 100 can be utilized to secure anything that you want to have the ability to move around the post.

[0032] Although the disclosure has been illustrated by reference to specific embodiments, it will be apparent that the disclosure is not limited thereto as various changes and modifications may be made thereto without departing from the scope. Reference to one embodiment or an embodiment means that a particular feature, structure or characteristic described therein is included in at least one embodiment. Thus, the appearances of the phrase in one embodiment or in an embodiment appearing in various places throughout the specification are not necessarily all referring to the same embodiment.

[0033] The various embodiments are intended to be protected broadly within the spirit and scope of the appended claims.