Abstract:
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.
Abstract:
The gutter assembly unit having bracket (U) of gutter (R) and the cover attachement (M). The bracket (U) is U-shaped, hook-shaped with flanges directed external to the cross section, which web locates the gutter between a rim inwardly bent from the rear wall of the web and the outwardly curved front rim of the bracket (U). The cover attachment (M) is suspended on the curved front rim of the gutter (R). The bracket has attachment grooves (3) on the bottom edge of the flanges in the area behind the lower front bend, directed at a sharp angle (a) downward to the rear and the cover attachment (M) has a front face (4) of a height (H) greater than the height (h) of the bracket (U) and an oblique face (5) bent away from the lower edge in from below the bracket (U) upward. The oblique face is finished with a catch (6) which enters the attachment grooves (3) by elastic deformation of the cover attachement (M).
Abstract:
Multiple assemblies are provided to overlie a gutter to preclude debris entry. Each assembly includes a mesh positioned upon an underlying substantially rigid support. The support has a tab which can reside beneath shingles and over other portions of the roof. A front edge is provided opposite the tab which rests upon a lip of the gutter when installed. A floor is located between the front edge and tab at a position slightly below a plane in which the tab and front edge are located. The mesh overlies the floor. Holes in the floor allow water which passes down through the mesh to be conducted through the floor and to fall down into the gutter. Ribs extend up from the floor to support the mesh and draw water off of the mesh. The mesh is corrugated into a plurality of crests and troughs which extend perpendicular to the ribs.
Abstract:
A guttering system (500) for water drainage of roofs and buildings. The gutter system (500) comprising a first elongate covered channel member (506) capable of carrying water flow in a first direction and at least a second elongate covered channel (508) positioned above or below said first elongate covered channel (506), capable of transporting water in said same direction of water flow.
Abstract:
A barrier is provided to preclude debris from passing into a rain gutter. The barrier includes a screen supported upon a channel. The channel includes a tab positionable between a roof and shingles upon the roof, and with a Hp opposite the tab resting upon a portion of a gutter opposite the roof. The channel includes a recess between the tab and the lip. The recess includes a floor defining a lower plane of the channel. Ribs extend from the floor up to an upper plane of the channel in which the screen is supported. The ribs have sufficient height to remain in contact with the screen. Water is drawn through the screen and along the ribs down to the floor of the recess. Apertures in the floor allow the water to fall down through the channel and into the gutter, while debris is precluded from passing through the screen.
Abstract:
A gutter and roof protection system (10) comprises a gutter cover (16); a plurality of brackets (18) for supporting the gutter cover over a gutter (12) attached to a roof (14) of a building; an elongated rigid channel (20) supported by the brackets; and a heating element (22) for placement in the channel. The heating element is connected to a suitable source of electricity so as to generate heat and melt snow and ice which accumulates on or near the gutter cover. The elongated channel retains the heating element and prevents it from moving, without the use of additional fasteners. The elongated channel also positions the heating element below the gutter cover so the channel and heating element do not impede the normal flow of water over the gutter cover or collect debris.
Abstract:
A gutter cover which can be more easily installed over a gutter without the use of siding breaks or other clamping tools. The gutter cover comprises a generally planar first section adapted to be installed under or over a row of shingles on a roof; a generally planar second section adapted to overlie the open end of a gutter; and a bend between the first and second sections. The bend is shaped and configured to permit the angle of the first section to be easily adjusted relative to the second section without the use of tools and to slow the flow of water from the roof through capillary action. The bend is generally V-shaped in cross section and includes a first leg that depends from one edge of the first section and a second leg that depends from one edge of the second section. The two legs are joined at the bottom to form a crevice that slows the flow of water over the gutter cover.
Abstract:
A gutter and roof protection system includes a gutter cover and a heating element. The gutter cover is installed over a gutter attached to a roof or other sloped surface of a building and includes a first end configured to be positioned over or under a row of shingles on the roof and an opposite, second end configured to be positioned over a portion of the gutter which is spaced from the roof. The second end includes an elongated, partially enclosed channel. The heating element is placed within the channel and then connected to a suitable source of electricity so as to melt snow and ice which accumulates on or near the gutter cover. The channel on the second end of the gutter cover is positioned so that it places the heating cable near portions of the gutter cover and gutter that are spaced furthest from the building.
Abstract:
A self-cleaning gutter that allows, with great ease, the removal of solid material deposited within itself without recourse to specialists provided with suitable expensive means, is disclosed.
Abstract:
A gutter cap forming tool is provided for use in a method of forming a gutter cap from a sheet stock blank. A flange of the gutter cap is initially formed by a bending brake or a flange bender. A roll forming operation is performed to form a reversely-turned arcuate bend in the gutter cap. The gutter cap is installed with either an extruded bracket or a molded bracket that secures the gutter cap to a building and a gutter.