The rotating gutter system is configured for use with a pitched roof. The pitched roof is further defined with a fascia. The rotating gutter system is configured to capture and remove water from the pitched roof. The rotating gutter system is a self-cleaning system. Specifically, each gutter rotates such that debris will fall out of the rotating gutter system allowing for the smooth flow of water through the rotating gutter system. The rotating gutter system is assembled in the same manner as a traditional gutter system. The rotating gutter system comprises a gutter structure and a plurality of segmented bushings. The gutter structure handles the collection and transport of water from the pitched roof. The plurality of segmented bushings: a) attach the gutter structure to the fascia of the pitched roof; and, b) rotate the gutters contained in the gutter structure in order to clean the rotating gutter system.

A roofing edge hanger for decorative lights is provided. The roofing edge hanger includes a substantially planar body adapted to lie flat against a roof, a support arm lying on a first plane that intersects a second plane at an angle, wherein the second plane is parallel to the body, wherein the support arm divides the body into a roof portion and a hook portion, wherein the support arm is attached to the body; and a plurality of hooks extending from the hook portion of the body, wherein the hooks are formed from a plurality of perforations of the body. The hanger is held in place between a roof and the shingles of the roof and provides a mounting surface and hooks for hanging up or mounting objects.

A roofing edge hanger for decorative lights is provided. The roofing edge hanger includes a substantially planar body adapted to lie flat against a roof, a support arm lying on a first plane that intersects a second plane at an angle, wherein the second plane is parallel to the body, wherein the support arm divides the body into a roof portion and a hook portion, wherein the support arm is attached to the body; and a plurality of hooks extending from the hook portion of the body, wherein the hooks are formed from a plurality of perforations of the body. The hanger is held in place between a roof and the shingles of the roof and provides a mounting surface and hooks for hanging up or mounting objects.

Apparatuses, systems, and methods are disclosed for water capture. A water collection opening is shaped to collect water from a water source. A water outlet is in fluid communication with a water collection opening to receive collected water from a water source through the water collection opening. A horizontal adjustment mechanism is configured to provide mechanical support to a water outlet and a water collection opening at any one of a plurality of user selectable positions at different horizontal offsets relative to a water source to accommodate different sizes and types of water sources.

The disclosure is directed at a hanger bracket for use within an eavestrough system. The hanger bracket provides support to the eavestrough by transferring any weight experienced by the eavestrough to the structure to which the eavestrough is mounted.

An assembly for covering a gutter is disclosed which comprises a mounting member for attachment to a fascia or rafter or the like (10; 100) and a cover member (50) for covering and enclosing a gutter. The mounting member provides upper (22; 120) and lower (34;117) engagement means for engagement with corresponding engagement means (58, 62) defined in ends of the cover member. The engagement means of the mounting member include at least one gap or a space defined between two spaced walls for receiving a generally v-shaped end of the cover and at least one of the walls defines a flange/stop for engaging with the end of the cover for retaining the end of the cover between the walls. The cover will typically be formed from a material such as rolled steel, which may be coated painted or otherwise treated so as to be rust-resistant. The engagement means for the cover will typically be a generally v-shaped bend in one end of the over which engages in the slot by compression of the sides of the v together then expansion to engage in the gap/space. The bracket (10) may be generally planar and attach to a fascia board of a roof defining apertures for receiving fasteners in its front face for attachment to the fascia board. Alternatively the bracket (110) may define an attachment plate oriented at an angle of about 90 to the front face of the bracket for attachment directly to rafter, thus obviating the need for a fascia board.

A connector arrangement for a flashing assembly for use in a roof window arrangement is disclosed. It comprises a base connector element, an elevation element and a top connector element. Both connector elements have a gutter in their exterior side, and the gutter is open at one end so that water can drain out of it. An attachment section on the interior side of the base connector element is configured for being attached to a bracket used for connecting a roof window to a load-bearing structure, and the elevation element supports the top connector element so that it is positioned above the base connector element. In the mounted state the second end of the top connector element is arranged above the gutter of the base connector element and their length directions extend substantially in parallel to each other. A method for weather proofing a roof window arrangement is also disclosed.

A drip edge with gutter guard support device is formed from a longitudinal sheet of waterproof material. An angled upper first member integrally joined to a vertical lower second member form an angled structure. The first member is configured for placement on a roof edge and under a roof shingle and the second member is configured for placement to a fascia, the lower portion of the second member being configured for placement over a a gutter's back end. Vertically stacked ledges extend outwardly from the second member into an opening of the gutter. Separations between adjacent ledges form varying height receiving channels for placement of a roof-side end of a gutter guard. The device is a single piece drip edge and gutter guard fascia-side attachment device.

A gutter system comprising a number of gutter sections with a convex outer surface and gutter fittings with a concave inner surface adapted for receiving and fixing the open end of two gutter sections so that the convex outer surface of each gutter section rest against the concave inner surface of the gutter fitting, and where the gutter fitting comprises one or more indentations arranged in the concave inner surface and the gutter section comprises one or more projections arranged on the convex outer surface of the gutter trough, and where the one or more indentations and the one or more projections are adapted so that the one or more projections can be inserted into the one or more indentations with a snap fit.

A gutter system having a gutter, a plurality of brackets, and a cover. The plurality of brackets comprise a support portion and a connector portion for operatively coupling the bracket to the gutter and the cover. The support portion comprises a cover support portion that is operatively coupled to a contoured nose of the cover and a gutter support portion that is operatively coupled to a lip of the gutter. The connector portion comprises a gutter hanger portion that is configured to receive a portion of a rear wall of the gutter and a cover engaging portion that is configured to receive a portion of the cover. The cover comprises a plurality of louvers having one or more louver arms that extend towards an interior of the gutter when the cover is operatively coupled to the gutter.