BACKGROUND OF THE INVENTION
1. Field of the Invention
Applicant's invention relates to a gutter retaining system for affixing a gutter to a building without placing holes in the gutter. More specifically, the present invention relates to an interlocking system that incorporates a gutter clip and a gutter hanger to affix the gutter to a retaining clip attached to a fascia board of a building, thereby eliminating the need to place holes in the gutter itself to insert screws or nails. The gutter hanger of the gutter retaining system is constructed of a single piece and incorporates an upper portion designed to support a screen or mesh leaf protection device. The upper portion is removably attached to the gutter hanger.
2. Description of the Related Art
For years property owners have struggled with the destructive effects of water on their buildings. However, by channeling the water away from the structure, building owners can reduce the damage caused by water. This can be accomplished through the use of a gutter system to channel water off the roof and away from the foundation. However, any damaged lengths of gutter or drain pipe caused by wear, improper installation, or sagging can cause leaks which can result in water damage to the building.
Traditionally, gutters have been attached by nailing the gutter directly to the building. Building contractors typically used a spike and ferrule system, in which a narrow, tubular spacer, the ferrule, is placed between the front wall of a gutter and its rear wall, ensuring that the front wall remains at a uniform distance from the rear wall. A spike or long nail is then punched through the outside of the front wall of the gutter, through the ferrule, through the back wall of the gutter, and into the wall or fascia board of the building.
A gutter installed in this way ends up with its front wall tilted forward towards the ground. Once this occurs the captured rainwater and other debris tends to pool along the outer edge of the gutter causing the weight on the outer edge of the gutter to increase, thus resulting in the gutter pulling away from the wall or fascia board. Further, while this manner of installation temporarily secures the gutter in place, it does not ensure that water will not run behind the gutter. If water is allowed to run and collect behind the gutter, eventually the integrity of the wood or fascia board begins to weaken and the gutter is slowly pulled away from the building.
The utilization of gutter hangers is the most common way in which installers have tried to improve the integrity and life of gutter systems. A gutter hanger is basically a modified spacer that is shaped like a flat plate, with both ends mined upward. A first end of the gutter hanger is inserted under the lip of the front wall of the gutter, typically located along the inner surface of the front wall of the gutter, along the top thereof. The second end, with a pre-punched nail hole, is placed against the rear wall of the gutter. A nail or screw is then inserted through the nail hole, through the rear wall of the gutter, and into the building wall or fascia board. A variation of this method includes placing the second end of the gutter hanger over the top of the rear wall of the gutter. The gutter hanger is then nailed directly into the building wall or fascia board. While these methods of installation eliminate the need for inserting the nail or screw through the front wall of the gutter, a hole is still placed through the back wall of the gutter.
Another problem associated with gutter systems is the collection of leaves, dirt and other debris in addition to water. Collection of such extraneous matter adds substantial weight to the gutter, often resulting in bending or deforming the gutter, or the gutter tearing away from the building or fascia board. As a way to prevent leaves, dirt and other debris from entering the gutter, many different leaf protection devices have emerged, such as leaf covers which completely cover the top of a gutter, leaving only a small opening for water to collect into the gutter, and screen or mesh leaf protection products that are perforated and placed over the gutter by attaching to the front lip of the gutter and angling back there from toward a pitched roof. Leaf protection devices are typically installed over the gutter in a manner as to substantially cover the gutter while leaving small areas of the gutter exposed so that water may collect therein. Yet, installation of such leaf protection devices—especially on preexisting gutters—is often cumbersome and time consuming.
The reason that installation of leaf protection devices is cumbersome and time consuming is that in order to install most leaf protection devices, brackets must also be installed to support those devices. Typically, the brackets need to be installed onto the gutter hangers. Yet, only certain brackets are appropriate to be installed on certain hangers. Therefore, often times not only do brackets need to be installed, but gutter hangers must be replaced as well. As a result, the nails or screws must be removed from the gutter hangers. Thus, the entire gutter system must be taken down, the gutter hangers must be changed out, the brackets must be installed, and then the gutter system must be reinstalled on the same building. Only then is it possible to install the leaf protection device.
It is therefore desirable to provide a gutter system that affixes a gutter to a building without placing holes in the gutter. It is also desirable to provide a system for affixing a gutter which reinforces the integrity of the gutter to prevent the gutter from sagging or tearing away from the building. It is also desirable to provide a gutter hanger which is constructed to incorporate support brackets to support a leaf protection device. Alternatively, it is desirable to provide a gutter hanger that is designed to allow the optional addition of support brackets at a later time with ease, and without needing to replace the gutter hanger.
BRIEF SUMMARY OF THE INVENTION
The gutter system of the present invention provides the advantage of affixing a gutter to a building or fascia board of a building without placing holes in the gutter. The gutter system of the present invention also provides the advantages of providing reinforcement of the structural integrity of the gutter while providing support brackets to support a leaf protection device, such as a mesh or screen leaf protection device. The gutter system of the present invention incorporates a gutter clip and a gutter hanger to affix the gutter to a retaining member. The retaining member has a flat vertical portion which rests flush against a fascia board of a building in the preferred embodiment. The retaining member is attached to the fascia board by a nail or screw, and is the only site of attachment of the present system to the fascia board itself. The retaining member extends vertically along the vertical portion above the screw or nail. An arm portion of the retaining member extends downwardly and outwardly from a top portion of the retaining member, and terminates in a hook portion which angles inward and upward toward the vertical portion. Thus, a hook is formed by the retaining member to hold the gutter hanger therein.
A gutter clip is designed to attach directly to the gutter. The gutter clip has a vertical portion which is disposed against the outer surface of the rear wall of the gutter, between the gutter and the fascia board. Along the lower end of the vertical portion of the gutter clip, a horizontal spacer extends outward toward the fascia board, and terminates in a vertical protrusion which extends upward and is substantially parallel to the vertical portion. This spacer portion of the gutter clip facilitates keeping the gutter substantially level where there are substantial spaces or overlay between the fascia board and the overhang of shingles, or where the fascia board is tilted inward, toward the building or structure. A hanging portion of the gutter clip is located along the top portion of the gutter clip. The hanging portion curves downward on the side of the vertical portion opposite the spacer portion, creating a cavity for receiving a top edge of the rear wall of the gutter. The hanging portion curves slightly past parallel with the vertical portion, such that it is angled slightly toward the vertical portion. Thereafter, the hanging portion terminates in an end portion which angles slightly downward and away from the vertical portion of the gutter clip.
A gutter hanger of the preferred embodiment has a hanger portion which has a first end. The first end has a vertical wall extending substantially vertically and an inward wall which projects inward, toward a second end of the gutter hanger, and slightly upward. The second end is opposite the first end, and has a vertical wall extending upward from the hanger portion, and a hanging portion which curves outward toward the fascia board and then downward along the vertical portion of the retaining member, as described herein below. The intermediate section of the gutter hanger is disposed between the first and second ends and generally spans the width of the gutter, thereby maintaining the shape and structural integrity of the gutter.
In the preferred embodiment, the gutter hanger has an attaching section for attaching a mesh or screen-type leaf protection support apparatus. The attaching section comprises a platform for receiving the detachable leaf protection support apparatus which is elevated above the intermediate section of the gutter hanger, disposed toward the first end thereof. The platform is elevated, but is contiguous with the gutter hanger. The leaf protection support apparatus has two lips that wrap around the edges of the platform, and define a groove for receiving the platform. The platform and groove interaction allows the leaf protection support apparatus to slide laterally with respect to the gutter hanger during expansion/contraction of the leaf protection device during hot and cold climate intervals. The leaf protection support apparatus extends from the groove in a rearward direction toward the second end of the gutter hanger, and substantially parallel to the intermediate section thereof, terminating prior to contacting the second end of the gutter hanger. The leaf protection apparatus has a substantially vertical leg extending from the end closest the second end of the gutter hanger, which terminates on its upper portion with an angled member. The angled member provides the attaching site for attaching the leaf protection device to the leaf protection support apparatus with a screw or other appropriate attaching device.
The gutter clip slides over the top edge of the back wall of a gutter such that the vertical portion of the gutter clip is substantially flush with the outer surface of the back wall of the gutter, with the horizontal spacer aligning outward. The top of the back wall of the gutter slides into the hanging portion, such that part of the hanging portion and the end portion are on the inner surface of the back wall of the gutter.
The gutter hanger is then inserted into the gutter. The inward wall of the first end of the gutter hanger engages the lip on the inner surface of the front wall of the gutter, and the vertical wall of the first end of the gutter hanger abuts against a portion of the front wall of the gutter. The second end of the gutter hanger is placed over the gutter clip such that the vertical wall of the second end of the gutter hanger contacts the hanging portion and the end portion of the gutter clip on the inside of the rear or back wall of the gutter. The hanging portion of the gutter hanger then wraps around the hanging portion of the gutter clip. The intermediate section of the gutter hanger is disposed within the gutter and lies across the width of the gutter.
The gutter, gutter clip, and gutter hanger are installed on the building by placing the gutter hanger between the vertical portion and the hook portion of the retaining member. After securing the gutter, the leaf protection support apparatus can be slideably attached to the gutter hanger, and a leaf protection device may be installed over the top portion of the gutter hanger. Screws or nails can be placed through the leaf protection device and into the angled member of the leaf protection support apparatus to secure the leaf protection device to the gutter hanger.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a perspective view of an embodiment of the gutter system of the present invention with a leaf protection device;
FIG. 2 is a side view of an embodiment of the gutter system of the present invention showing the leaf protection device resting on the gutter hanger;
FIG. 3 is a perspective view of an embodiment of the gutter hanger of the present invention;
FIG. 4 is a perspective view of an alternative embodiment of the gutter hanger of the present invention;
FIG. 5 is a side view of an alternative embodiment of the gutter hanger of the present invention;
FIG. 6 is a perspective view of an embodiment of the gutter system of the present invention with the alternative embodiment of the gutter hanger;
FIG. 7 is a side view of an embodiment of the gutter system of the present invention showing the leaf protection device resting on the alternative embodiment of the gutter hanger;
FIG. 8 is a perspective view of the retaining member of the present invention;
FIG. 9 is a perspective view of the gutter clip of the present invention;
FIG. 10 is a perspective view of the support strap of an embodiment of the present invention.
FIG. 11 is a side view of an alternative embodiment of the gutter hanger of the present invention; and
FIG. 12 is a side view of the gutter system of the present invention with an alternative embodiment of the gutter hanger.
FIG. 13 is a side view of the gutter hanger and leaf protection support apparatus of the preferred embodiment of the present invention.
FIG. 14 is a side view of the gutter system of the present invention with the preferred embodiment of the gutter hanger and leaf protection support apparatus of the present invention.
DETAILED DESCRIPTION OF THE INVENTION
Referring to FIGS. 1, 2 and 3, the gutter system 10 of one embodiment of the present invention is disclosed. The gutter system 10 comprises a gutter hanger 12, a gutter clip 14 and a retaining member 16. As shown in FIGS. 2, 8 and 14, the retaining member has a vertical portion 16a which lies flush against a fascia board 18, and is secured thereto by a screw 20. In the present gutter system 10, the screw 20 being place through the retaining member 16 and into the fascia board 18 is the only point of attachment between the gutter 22 and the building or structure (not shown). However, a nail or other appropriate attaching device could be used in place of the screw 20. The retaining member 16 has an arm 16b on the upper end of vertical portion 16a which extends downward and outward from the upper end of the vertical portion 16a. A hook portion 16c is contiguous with arm 16b, and angles inward and upward toward vertical portion 16a. As discussed in detail below, the gutter clip 14 and gutter hanger 12 are secured to the retaining member 16 between the hook portion 16c and the vertical portion 16a.
Furthermore, although the retaining member 16 is shown and described as having a vertical member that is flush against the fascia board 18, various modifications of the retaining member 16 could be made. For instance, the modifications disclosed in U.S. patent application Ser. No. 10/939,246, wherein a horizontal spacer extends from a lower part of vertical portion 16a opposite arm 16b and hook portion 16c to accommodate different slanting angles of the fascia board 18.
Referring to FIGS. 2, 9 and 14, the gutter clip 14 of the gutter system 10 is shown. The gutter clip 14 has a vertical portion 14a. At a lower end of vertical portion 14a, a horizontal spacer 14b extends outward, and a vertical protrusion 14c extends upward, substantially parallel to vertical portion 14a from the end of the spacer 14b. The spacer 14b aides in keeping the gutter substantially level when the gutter hanger 12 is attached to the retaining member 16. Thus, spacer 14b separates the rear wall 22a of the gutter 22 from the fascia board 18. A hanging portion 14d of the gutter clip 14 is located along the top of the gutter clip 14. The hanging portion 14d curves downward on the side of vertical portion 14a opposite spacer 14b, creating a cavity for receiving a top portion of the rear wall 22a of gutter 22. Hanging portion 14d curves past parallel with vertical portion 14a to angle slightly toward vertical portion 14a. Thereafter, hanging portion 14d terminates in an end portion 14e which angles downward and outward from said vertical portion 14a.
Hanging portion 14d of gutter clip 14 slides over the top edge of rear wall 22a of gutter 22. As engaged with rear wall 22a, vertical portion 14a of gutter clip 14 is substantially flush with the outer surface of rear wall 22a, and spacer 14b is aligned outward from rear wall 22a. The top of rear wall 22a slides into the cavity between vertical portion 14a and hanging portion 14d such that part of hanging portion 14d and end portion 14e are disposed along the inner surface of rear wall 22a. Hanging portion 14d and end portion 14e are then crimped toward vertical portion 14a using a pair of pliers or other suitable crimping device, thus securing gutter 22 to gutter clip 14.
Referring to FIGS. 13 and 14, the preferred embodiment of gutter hanger 100 is disclosed. Referring to FIG. 13, gutter hanger 100 is constructed of a single piece, having a first end 102 which extends vertically from an intermediate section 106 and terminates in a substantially horizontal extension which extends toward the second end 104, thereby forming a substantially “U” shaped first end 102. Referring to FIG. 14, the terminal end of first end 102 engages a front lip 22c of front wall 22b of gutter 22. Gutter hanger 100 has an intermediate section 106 disposed between first end 102 and second end 104. Second end 104 extends vertically, and terminates in a downward substantially “U” shaped hanging portion for hanging over gutter clip 14.
Referring to FIG. 14, first end 102 engages lip 22c of gutter 22, and gutter hanger 100 extends across the width of gutter 22. Second end 104 of gutter hanger 100 slides over the top of and receives hanging portion 14d of gutter clip 14. Second end 104 is received by the cavity between vertical portion 16a and arm 16b of retaining member 16, and is secured thereto by hook portion 16c. Retaining member 16 is secured to the fascia board 18 via a screw 20, or other suitable attaching device. The attachment of retaining member 16 to fascia board 18 via a screw 20 is the only point of attachment to fascia board 18 in Applicant's system.
Referring to FIG. 13, a leaf protection support apparatus 112 is detachably and slidably attached to gutter hanger 100. Leaf protection support apparatus 112 provides structural support to a leaf protection device 120. As shown, leaf protection support apparatus 112 is designed to support a typical screen or mesh leaf protection device 120. However, other apparatuses can be designed to be attached to gutter hanger 100 to support different types of leaf protection devices. Moreover, modifications can be made to the leaf protection support apparatus 112 to accommodate different types of leaf protection devices. For instance, the length of leg 116 can be varied to accommodate different leaf protection devices and different pitch angles of a roof (not shown). Moreover, more than one leg 116 could be added for additional support, in which case the additional leg(s) could be the same length, or of different lengths. Intermediate section 106 has a platform 108 disposed thereon, which is contiguous with intermediate section 106. Platform 108 is elevated above intermediate section by legs 110, forming a substantially “T” shaped platform 108.
Leaf protection support apparatus 112 has a receiving groove 114a which is defined by lips 114. Lips 114 extend downward and inward towards each other, terminating at a predefined distance from one another. As shown in FIG. 14, groove 114a receives platform 108 such that lips 114 wrap around platform 108 and terminate adjacent legs 110. The attachment of leaf protection support apparatus 112 to gutter hanger 110 through the platform 108 and groove 114a interaction allows leaf protection support apparatus 112 to slide laterally with respect to gutter hanger 100 without buckling leaf protection device 120. From lips 114, leaf protection support apparatus 112 extends a predefined distance horizontally substantially parallel to intermediate section 106, toward second end 104 of gutter hanger 100. A vertical leg 116 extends upwardly there from, and terminates in an angled member 118.
As shown in FIG. 13, an angle A is formed between leaf protection support apparatus 112 and leaf protection device 120. It should be understood that the angle of angle member 118 and the height of vertical leg 116, either in combination or individually, can be varied to accommodate any angle A required between the lip of front wall 22c and the pitch of the roof line (not shown) of the house or structure. Referring to FIG. 14 a typical screen or mesh leaf protection device 120 forms a nose 120a which slides into and engages lip 22c of gutter 22. Leaf protection device 120 extends across gutter 20 and onto the roofline. A screw 122 can be inserted into leaf protection device 120, and through angled member 118 to secure leaf protection support apparatus 112 to leaf protection device 120. However, attaching leaf protection device 120 to leaf protection support apparatus 112 is not required.
Referring to FIGS. 1, 2 and 3, an alternative embodiment showing an alternative gutter hanger 12 is disclosed. In this alternative embodiment, gutter hanger 12 is constructed of a single piece, having a hanger portion 26, a vertical portion 28 and a top portion 30. Hanger portion 26 reinforces and helps maintain the structural shape and integrity of gutter 22, whereas vertical portion 28 and top portion 30 serve as a support bracket for a leaf protection device 24. Hanger portion 26 has a first end 32 which engages a portion of front wall 22b of gutter 22. First end 32 has a vertical wall 32a and an inward wall 32b. Inward wall 32b is angled inward, toward vertical portion 28, and slightly upward. As shown in FIGS. 1 and 2, inward wall 32b engages a lip 22c of front wall 22b, and is disposed between said lip 22c and the inner surface of front wall 22b. Likewise, vertical wall 32a is disposed along the inner surface of front wall 22b, along a portion thereof.
Referring to FIG. 3, hanger portion 26 of gutter hanger 12 has a second end 34 disposed on the opposite end of hanger portion 26 from first end 32. Second end 34 has a vertical wall 34a extending upward and a hanging portion 34b. Hanging portion 34b extends downward from vertical wall 34a, and extends parallel to vertical wall 34a for a slight distance, forming a cavity for receiving the hanging portion 14d and end portion 14e of gutter clip 14, which is attached to rear wall 22a of gutter 22. An intermediate section 36 of hanger portion 26 is disposed between first end 32 and second end 34, forming a contiguous hanger portion 26. Intermediate section 36 is disposed across and inside gutter 22. Referring to FIGS. 1 and 2, once second end 34 receives hanging portion 14d and end portion 14e of gutter clip 14, second end 34 of gutter hanger 12 may be crimped using pliers or other suitable crimping devices to secure gutter hanger 12 to gutter clip 14, and thus, gutter 22. Once secured, second end 34 is inserted into a cavity between hook portion 16c and vertical portion 16a of retaining member 16. Second end 34 fits tightly within the cavity between hook portion 16c and vertical portion 16a to allow retaining member 16 to securely hold gutter 22, gutter hanger 12 and gutter clip 14.
Returning to FIG. 3, vertical portion 28 extends generally upward from intermediate section 36, and terminates at top portion 30. As shown, vertical portion 28 has a lower section 28a that extends generally upward and outward toward a front section 30b of top portion 30. An upper section 28b of vertical portion 28 is adjacent lower section 28a and extends vertically from lower section 28a. Upper section 28b is substantially perpendicular to a rear section 30a of top portion 30 and intermediate section 36. A platform 36a is contiguous with and elevated above intermediate section 36. On one end of the platform 36a, a small vertical wall 36b extends vertically slightly above platform 36a. On the opposite end, platform 36a adjoins lower section 28a of vertical portion 28. Platform 36a is disposed between first end 32 of hanger portion 26 and vertical portion 28.
Front section 30b of top portion 30 extends outward from rear section 30a, and angles downward toward first end 32. An end section 30c terminates front section 30b and angles downward and slightly inward from first end 32. As shown in FIG. 2, end section 30c is disposed above first end 32, rearward of vertical wall 32a. Rear section 30a is substantially horizontal and extends rearward from vertical portion 28. Rear section 30a terminates in a knob 38. Top portion 30 as shown accommodates and supports a “nose forward” leaf protection device, as is commonly known in the art. However, top portion 30 could be designed to accommodate other types of leaf protection devices.
Referring to FIGS. 1, 2 and 3, once second end 34 is secured within retaining member 16 between hook portion 16c and vertical portion 16a, the leaf protection device 24 may be installed. Prior to installing leaf protection device 24, a support strap 40 is removably attached to top portion 30. Referring to FIG. 10, support strap 40 has a clip 40a on one end thereof which receives knob 38 of rear section 30a. Clip 40a snaps onto knob 38. Support strap 40 extends rearward and contacts a roof of the building, and is attached thereto by a screw 20, nails (not shown), or other appropriate attaching devices. Support strap 40 aids in relieving stress placed on top portion 30 and vertical portion 28 by leaf protection device 24. Knob 38 is shown as being “C” shaped or semicircular, and clip 40a of support strap 40 is shaped correspondingly to receive knob 38. The semicircular design of knob 38 and clip 40a allow support strap 40 to rotate vertically, thus allowing support strap to attach to roofs of varying pitches. However, alternatively, support strap 40 could be eliminated, and leaf protection device 24 could be placed directly on top portion 30 without having support strap 40 anchoring top portion 30 to the roof.
Referring to FIG. 2, leaf protection device 24 is placed over top portion 30. Nose portion 24a of leaf protection device 24 substantially conforms to the shape of front section 30b of top portion 30. Nose portion 24a extends over end portion 30c of front portion 30b and extends downward and inward toward platform 36a of intermediate section 36. There is a gap G between lip 22c of gutter 22 and leaf protection device 24, thus allowing the entry of water into gutter 22 while substantially preventing leaves and other debris from entering gutter 22. A base 24b of leaf protection device 24 rests on platform 36a and is prevented from sliding laterally off of platform 36a by vertical portion 28 and vertical wall 36b. By providing platform 36a to receive base 24b, the weight of nose portion 24a on front section 30b is reduced, thus reducing the stress load on front section 30b. Body portion 24c of leaf protection device 24 extends toward the roof of the building, covering rear section 30a, knob 38, and support strap 40. A screw 20 is placed through body 24c and into the roof of the building to secure leaf protection device 24 to the building. Likewise, a screw 20 may optionally be placed through body portion 24c and rear section 30a of top portion 30 to further secure leaf protection device to gutter hanger 12.
Referring now to FIGS. 4 through 7, an alternative embodiment of the present invention is disclosed. Referring to FIGS. 4 and 5, in the alternative embodiment, gutter hanger 12 is constructed such that vertical portion 28 is separate, but attachable to hanger portion 26. Vertical portion 28 has lower section 28a and upper section 28b which terminates at top portion 30. Thus, vertical portion 28 and top portion 30 are constructed of a single piece. Lower section 28a terminates at platform 36a. However, platform 36a is not contiguous with intermediate section 36 of hanger portion 26. Instead, there is a receiving surface 36c on which platform 36a rests when vertical portion 28 is attached to hanger portion 26. Receiving surface 36c is elevated above, but contiguous with intermediate section 36. Serrated walls 36e extend vertically downward from receiving surface 36c and are contiguous with intermediate section 36 and receiving surface 36c. Serrated walls 36e are serrated on their outer surfaces. Corresponding serrated walls 36d extend vertically downward from platform 36a. Serrated walls 36d are serrated on the inner surfaces such that serrated walls 36d receive serrated walls 36e and the serrations of each serrated wall 36d and 36e engage to attach vertical portion 28 to hanger portion 26.
The advantage of having an alternative embodiment wherein gutter hanger 12 is constructed in two separate attachable pieces, as described hereinabove, is shown in FIGS. 6 and 7. The hanger portion 26 can readily be installed in the gutter system 10, as described herein. However, if it is not desired to install a leaf protection device 24, there is no need to install vertical portion 28 and top portion 30. An advantage of the alternative embodiment is that if it is later desired to add a leaf protection device 24 to the gutter system 10 wherein hanger portion 26 is already installed, vertical portion 28 can be easily snapped onto hanger portion 26, allowing leaf protection device 24 to be installed on top of the gutter system 10 as described herein, without the need to remove the gutter 22, gutter clip 14 and hanging portion 26 from the retaining member 16 to replace hanging portion 26 with a one piece gutter hanger 12.
Referring to FIGS. 11 and 12, another alternative embodiment of the present invention is disclosed. Gutter hanger 12 is constructed such that vertical portion 28 is separate, but attachable to hanger portion 26 in the same manner as disclosed hereinabove in reference to the embodiment of gutter hanger 12 shown in FIGS. 4 through 7. However, in the embodiment shown in FIGS. 11 and 12, a backstop 36f extends vertically from platform 36a, and curves slightly forward toward vertical wall 36b. As shown in FIG. 12, base 24b of leaf protection device 24 is inserted between backstop 36f and vertical wall 36b and rests there between. The slight forward curvature of backstop 36f prevents base 24b from sliding out of the space between backstop 36f and vertical wall 36b.
Backstop 36f is shown as being disposed approximately half way between lower section 28a of vertical portion 28 and vertical wall 36b. However, backstop 36f could be placed at any position along platform 36a between lower section 28a and vertical wall 36b so long as the distance between backstop 36f and vertical wall 36b is sufficient to receive base 24b of leaf protection device 24. Furthermore, although gutter hanger 12 is shown the embodiment disclosed in FIGS. 11 and 12 as having vertical portion 28 separate but attachable to hanger portion 26, gutter hanger 12 having backstop 36f could be comprised of a single piece, as disclosed in FIGS. 1 through 3.
Although the invention has been described with reference to specific embodiments, this description is not meant to be construed in a limited sense. Various modifications of the disclosed embodiments, as well as alternative embodiments of the invention will become apparent to persons skilled in the art upon the reference to the description of the invention. It is, therefore, contemplated that the appended claims will cover such modifications that fall within the scope of the invention.
Patent Grant
8967554
