TREE GUARD AND ANCHORING SYSTEM
Various embodiments related to a tree guard and tree guard anchoring systems are disclosed. One embodiment provides a modular tree guard assembly including an anchoring subsystem. One embodiment discloses an anchor plate that is moveably coupled to a post, the anchor plate being adapted for use in securing the post to a ground location. These and other embodiments are disclosed herein.
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This application is a divisional of U.S. application Ser. No. 13/079,803 filed Apr. 4, 2011, which is hereby incorporated by reference in its entirety.
BACKGROUNDThis invention relates generally to the area of tree guards. Tree guards are typically short fences or other structures that surround the base of street trees that are planted in tree pits in the sidewalk or on grassy boulevards. Tree guards are especially important in urban areas. The urban environment presents many challenges to trees. Abrasion from car doors or bicycle chain locks can damage the bark and leave the tree more vulnerable to disease. Furthermore, foot traffic, trash, dog urine and other sources can also damage trees.
As a result of various urban hazards, urban trees have a shorter life expectancy than other trees. At the same time, trees and gardens are important to the environment. They increase aesthetics and property values, reduce aggression and noise, and provide other environmental benefits (e.g., enhanced air quality and temperature moderation). Because of the desirability of having trees and gardens and the known hazards to trees in the urban environment, it is known to put fences, brick walls, and other structures around trees, particularly in urban environments, to protect them from these hazards.
SUMMARYHowever, many of these known structures actually harm trees in particular as their design can often girdle the tree, compact the soil or restricts water from flowing into the tree pits. Moreover, existing urban tree guards are typically custom made iron fences that are welded around a tree, which requires specialized skills and equipment. This makes it inconvenient and expensive to provide tree guards and, as a result, many trees in urban environments lack proper protection. A modular tree guard assembly is needed that can be easily assembled and installed and is cost effective. Moreover, there is a need to make it easy to enhance tree and garden guard units with various modular sub-components after initial assembly to make them more attractive and/or functional. A further need exists to be able to easily install tree guard units despite variation in ground conditions and obstructions. There is also a need to promote sponsorship of tree guards and provide secure and easy control over associated name displays on tree guards.
An embodiment of the present invention includes a modular tree guard assembly. One embodiment provides a multi-purpose top rail unit with a top side groove for selectively installing top rail accessories at selected locations along the top rail unit and a bottom side groove for supporting modular side panel units including, in one embodiment, decorative units and urine guard units. In one embodiment, a slot is provided through the top rail so that side panel units may be introduced through a top rail to be held by a bottom side groove of the top rail and a top side groove of a bottom rail. In one embodiment, the slot and top side groove are dimensioned relative to an extended nut such that the nut may be introduced through a widened opening between lips above the slot, but still supported in the top side groove such that the extended nut may be secured to the top rail using a bolt fastened through the slot and into the extended nut. In one embodiment, this allows securely obstructing the slot with the extended nut so that installed side panel units cannot be easily removed. In one embodiment, this allows a top rail accessory to more easily be secured to the top rail at a selected location using a bolt fastened to an extended nut through the top rail accessory after positioning the extended nut as a desired location along the top rail.
In one embodiment, a corner urine guard unit is provided that may be introduced through a top rail slot and positioned at a selected location along grooves in top and bottom rails of a tree guard. In one embodiment, the grooves are dimensioned such that a corner urine guard unit and/or other side panel urine guards may be placed in overlapping fashion with other side panel units such as decorative side panel units.
In one embodiment, rails and corner posts are provided along with optional middle posts and/or end posts to allow different tree guard configurations. In some embodiments, a variety of optional rails of various lengths are provided so that, depending on configurations of corner posts and middle posts and selected length rails, a variety of side lengths may be realized in a modular guard system.
In one embodiment, a different unique tamper proof bolt is provided for securing a top rail sign holder than is provided for securing other elements of the tree guard assembly. In this embodiment, a bit used for securing/unsecuring other elements of the tree guard assembly is not effective to remove bolts securing the top rail sign holder and/or a sign in the top rail sign holder. In another embodiment, a unique tamper proof bolt is provided for use with a first extended nut to block a top rail slot for securing side panel signage units, the bolt being different than bolts provided for use with other elements of the tree guard assembly.
In one embodiment, adjustable feet are provided such that a post unit may be secured to an adjustable foot unit at selected locations such that an effective length (height) of a first post and foot unit combination can be made adjustably different than an effective length of a second post and foot unit to compensate for unevenness in a ground portion of a tree pit and/or gradient variations in ground locations inside or outside of the tree pit. In one embodiment, an alternative foot unit is provided that may be used to secure the tree guard to a concrete or similar surface just outside of a tree pit opening. In one embodiment, an anchor plate is movably coupled to a post unit such that a stake opening may more easily be selectively located within a tree pit to find suitable ground for driving a stake into the ground through the opening to secure the anchor plate and post to the ground of the tree pit. In one embodiment, an anchor plate is couple to the post unit via a foot unit. In another embodiment, an anchor plate is coupled to a post unit via a post flange or via an L-bracket.
These and other embodiments are described with respect to the following drawings. However, the invention itself is not limited to these embodiments, but is defined only by the claims.
For purposes of illustration only, several aspects of particular embodiments of the invention are described by reference to the following figures.
The following description is presented to enable any person skilled in the art to make and use the invention, and is provided in the context of particular applications and their requirements. Various modifications to the exemplary embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments and applications without departing from the spirit and scope of the invention. Thus, the invention is not intended to be limited to the embodiments shown, but is to be accorded the widest scope consistent with the principles and features disclosed herein.
Various materials may be used for the illustrated components of tree guard 1000. However, in a preferred embodiment, rails 101 and 102 are made of higher elasticity materials than are side panels 107 and 108 and top rail accessories 110, 111, and 112. In one embodiment, rails 101 and 102 are made of 6005A-T5 aluminum and posts 103 are made of 6063-T6 aluminum.
Top rail 101 is formed to include a top groove 201 that runs along a length dimension L0 of top rail 101 and has a width w1. Top rail 101 is further formed such that lips 21 L and 21 R overhang a portion of groove 201 such that top groove 201 is bounded by surface 22, left inner wall 23L, right inner wall 23R and the bottom sides 21b of lips 21L and 21R. Top rail 101 is further formed to include a bottom groove 202 that also runs along dimension L0 and has a width w6. Bottom groove 202 is bounded by left wall 27L, right wall 27R, and bottom side 26b of surface 26. Top rail 101 is further formed to include a slot S1 through surface 22 and 26 to facilitate introduction of side panels as further described in the context of other figures herein. Slot S1 has a length L1 and a width w2′. In the illustrated example, width w2′ is equal to width w2 between lips 21L and 21R. However, in alternative embodiments, widths w2 and w2′ may be different. In a preferred embodiment, width w1 is equal or substantially equal to 0.531 inches; width w2 is equal or substantially equal to 0.281 inches; width w6 is equal or substantially equal to 0.281 inches; and length L1 is equal or substantially equal to 12.281 inches.
Extended nut 210 includes extended body 29 and threaded hole 28. Hole 28 is designed to receive a bolt or similar threaded male fastener member. In one embodiment, extended nut 210 is a commercially available weld nut such as part number 38144 available from Fastenal® Company (www.fastenal.com). Body 29 of extended number has a width w5 and a length L3.
In the illustrated example, a widened region 211 between lips 21L and 21R of top rail 101 is provided to facilitate easier introduction of extended nut 210 into groove 201. Region 211 has a length L2 and a width w3. In this example, width w3 is equal to width w1. However, in alternative embodiments, width w1 and w3 may be different. In this example, width w2 of the space between lips 21L and 21R is preferably less than width w5 of extended nut 210 and width w1 is at least slightly greater than width w5. Such an arrangement allows extended nut 210 to be easily positioned at a selected place along top groove 201 to help secure top rail accessories along top rail 101 as will be further described in the context of subsequent drawings. Moreover, length L2 of widened region 211 is preferably at least slightly longer than length L3 of extended nut 210. In a preferred embodiment, width w1 and w3 are equal or substantially equal to 0.531 inches; width w5 is equal or substantially equal to 0.500 inches; length L2 is equal or substantially equal to 1.156 inches; and length L3 is equal or substantially equal to 0.8125 inches.
While widened region 211 is present in a preferred embodiment to facilitate introduction of extended nut 210 in top groove 201, in alternative embodiments, a widened region such as region 211 may be smaller or absent. In such embodiments, a user may still introduce extended nut 210 into groove 201 by, for example, orienting nut 210 on its side relative to groove 201 (i.e., such that the plane of its main surface is perpendicular or otherwise non-parallel to surface 22) and then, after introducing nut 210 into groove 201, changing the orientation of extended nut 210 so that its main surface is parallel to surface 22, as will be appreciated by one skilled in the art.
Top rail 101 is further formed to include holes 24 through surfaces 22 and 26 for purposes of introducing a bolt to attach top rail 101 to an L-bracket that is in turn attached to a post unit 103 (post unit 103 and associated L-bracket shown in other figures but not separately shown in
For purposes of explanation,
In some embodiments, it may be desirable to provide for side panels that are thicker than the side panels illustrated herein. Although in one embodiment described above that supported overlapping side panels within a groove, a groove thickness for bottom side groove 202 of top rail 101 is described to be equal or substantially equal to 0.281 inches, it may be describable in alternative embodiments to provide a slightly wider groove if thicker side panels are desired for reasons of durability and sturdiness. Note that in some embodiments, a top side groove of a bottom rail (such as top side groove 403′ of bottom rail 102′) and a bottom side groove 202 of a top rail 101 have widths that are substantially equal.
In one embodiment, a variety of rail lengths are provided for flexibility in assembling a tree guard with appropriate side lengths. In one embodiment, side lengths longer than about 5 feet (5′) are preferably accommodated by joining two or more rails with one or more middle posts along a side of a tree guard assembly. In one embodiment, the following length rails are optionally provided for user selection: 19 3/8 inches (19 ⅜″) (this length plus two corner posts makes the total side length 2.0 feet long); 25 ⅜″ (this length plus two corner posts makes the total side length 2.5 feet long); 31 ⅜″ (this length plus two corner posts makes the total side length 3.0 feet long); 37 ⅜″ (this length plus two corner posts makes the total side length 3.5 feet long); 43 ⅜″ (this length plus two corner posts makes the total side length 4.0 feet long); 49 ⅜″ (this length plus two corner posts makes the total side length 4.5 feet long); and 55 ⅜″ (this length plus two corner posts makes the total side length 5.0 feet long). A user may select one or more of the above rail lengths and use the corresponding rails in conjunction with corner post units only or may use one or more middle posts on a side in conjunction with a plurality of top rails and bottom rails on a side of a modular tree guard assembly.
In a first embodiment, tamper proof bolts with a first unique pattern, such as pattern 41p of bolt 41, are used to assemble various aspects of tree guard 1000 of
In a second embodiment, a tamper proof bolt having a second unique pattern, such as pattern 71p of bolt 71, is used for attaching a dedication sign holder such as sign holder 112 of
In another alternative embodiment, signage may be provided as part of a side panel unit. In such an embodiment, a unique bolt such as bolt 71 may be provided to a third party tree-promoting entity for use in securing a signage side panel unit in conjunction with an extended nut to obstruct a slot such as slot S1 as previously described. In this embodiment, other extended nuts may be used in conjunction with bolts 41 (provided to a tree guard user) to install top rail accessories on a portion of a top rail groove not obstructed by the extended nut secured by a bolt 71 (which, in this embodiment, would be used for obstructing a slot to prevent removal of a signage side panel).
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In the primary embodiments illustrated herein, a foot member and post member are separate units adapted to be coupled together. However, those skilled in the art will appreciate that the benefits of the illustrated anchor plate, which is movably coupled to a foot member in the embodiments illustrated in
While the invention has been particularly described with respect to the illustrated embodiments, it will be appreciated that various alterations, modifications and adaptations may be made based on the present disclosure, and are intended to be within the scope of the invention. While the invention has been described in connection with what are presently considered to be the most practical and preferred embodiments, it is to be understood that the invention is not limited to the disclosed embodiments but only by the following claims.
Claims
1. An anchoring subsystem of a tree guard system, the anchoring subsystem comprising:
- a post adapted to be coupled to at least one rail of the tree guard system;
- an anchor plate including a slot adapted for receiving a stake to be inserted into the ground of a tree pit to secure the anchoring subsystem to the ground, the anchor plate being adapted to be moveably coupled to the post such that the slot can be moved relative to the post for selecting a desired securing location on the ground of the tree pit.
2. The anchoring subsystem of claim 2 wherein the anchor plate is adapted to be moveably coupled to the post such that the slot can be moved in an arc for selecting the desired securing location.
3. The anchoring subsystem of claim 1 further comprising an L-bracket adapted to couple the post to the anchor plate.
4. The anchoring subsystem of claim 1 further comprising a foot adapted to couple the post to the anchor plate.
5. The anchoring subsystem of claim 4 wherein the foot is adapted to be selectively coupled to the post at any one of a plurality of coupling points such that a height of the post and foot when assembled may be selected.
6. The anchoring subsystem of claim 4 wherein the post and foot are separate units adapted to be coupled together.
7. The anchoring subsystem of claim 4 wherein the post and foot are integral with each other.
8-38. (canceled)
39. A tree guard system comprising:
- a plurality of posts;
- a plurality of rails; and
- one or more anchor plates; wherein: the plurality of rails and the plurality of posts are adapted to be coupled together such that a rail of the plurality of rails is coupled between two posts of the plurality of posts; and an anchor plate of the one or more anchor plates includes a slot adapted for receiving a stake to be inserted into the ground of a tree pit to secure the anchor plate to the ground, the anchor plate being adapted to be moveably coupled to a post of the plurality of posts such that the slot can be moved relative to the post for selecting a desired securing location on the ground of the tree pit.
40. The tree guard system of claim 39 wherein the anchor plate is adapted to be moveably coupled to the post such that the slot can be moved in an arc for selecting the desired securing location.
41. The tree guard system of claim 39 further comprising an L-bracket adapted to couple the post to the anchor plate.
42. The tree guard system of claim 39 further comprising a foot adapted to couple the post to the anchor plate.
43. The tree guard system of claim 42 wherein the foot is adapted to be selectively coupled to the post at any one of a plurality of coupling points such that a height of the post and foot when assembled may be selectively adjusted.
44. The tree guard system of claim 42 wherein the post and foot are separate units adapted to be coupled together.
45. The tree guard system of claim 42 wherein the post and foot are integral with each other.
46. The tree guard system of claim 39 further comprising:
- a plurality of feet, each foot of the plurality of feet being adapted to be coupled to a post of the plurality of posts, the plurality of feet including one or more adjustable feet, each of the one or more adjustable feet being adapted to couple to a post at any one of a plurality of coupling points and engage with a ground location such that a height of a first post coupled to an adjustable foot engaged with a first ground location can be adjusted relative to a height of a second post coupled to a second foot engaged with a second ground location.
47. The tree guard system of claim 46 wherein the second foot is a one of the plurality of adjustable feet.
48. The tree guard system of claim 46 wherein the second foot is a non-adjustable foot.
49. The tree guard system of claim 48 wherein the second foot is integral with a post.
50. The tree guard system of claim 46 wherein the second ground location is a soft ground location within the tree pit, the second foot being adapted to couple the second post to an anchor plate of the one or more anchor plates.
51. The tree guard system of claim 50 wherein the first ground locations is a hard ground location external to the tree pit.
52. The anchoring subsystem of claim 1 wherein the tree pit is a garden with plants other than trees.
53. The tree guard system of claim 39 wherein the tree pit is a garden with plants other than trees.
Type: Application
Filed: Jun 25, 2014
Publication Date: Oct 16, 2014
Applicant: Curb Allure LLC (New York, NY)
Inventors: Kimberly Johnson (New York, NY), Bruce Bagley (New York, NY)
Application Number: 14/314,984
International Classification: A01G 13/10 (20060101); E04H 17/22 (20060101);