Abstract: A support bracket for supporting a gutter cover on a gutter having an outer lip. The support bracket comprises a first leg having an outer end positioned within the outer gutter lip and an inner end extending downwardly and inwardly from the outer end thereof and merging with a second leg that extends inwardly and upwardly to a high point. The second leg merges with a third leg at the high point that extends downwardly and inwardly into engagement with an inner portion and bottom of the gutter. The high point of the support bracket is positioned at a height above the outer gutter lip to ensure that a gutter cover positioned on the bracket will have a slope extending downwardly toward the outer gutter lip.

Abstract: A method of installing a self-supporting radiant barrier or insulation between roof joists or wall studs secured to an exterior building surface. Flexible and resilient strips are positioned in an inwardly bowed condition between adjacent roof joists or wall studs. A radiant barrier or insulation is positioned between the adjacent roof joists or wall strips in a bowed condition in engagement with the bowed strips. Thereafter, flexible and resilient rods are positioned in a bowed condition in engagement with the roof joists or wall studs, the radiant barrier or insulation and over the bowed strips to secure the radiant barrier or insulation to the underlying bowed strips and the adjacent roof joists or wall studs. The bowed strips, radiant barrier or insulation and the bowed rods are all located within the interior surfaces of the roof joists or wall studs.

Abstract: A method of installing a self-supporting radiant barrier or insulation between roof joists or wall studs secured to an exterior building surface. Flexible and resilient strips are positioned in an inwardly bowed condition between adjacent roof joists or wall studs. A radiant barrier or insulation is positioned between the adjacent roof joists or wall strips in a bowed condition in engagement with the bowed strips. Thereafter, flexible and resilient rods are positioned in a bowed condition in engagement with the roof joists or wall studs, the radiant barrier or insulation and over the bowed strips to secure the radiant barrier or insulation to the underlying bowed strips and the adjacent roof joists or wall studs. The bowed strips, radiant barrier or insulation and the bowed rods are all located within the interior surfaces of the roof joists or wall studs.

Abstract: An end cap for a downspout of a gutter system or the like. The end cap has a screen constructed to extend over an opening at a lower end of a downspout. The screen has peripheral edge portions constructed to extend over adjacent outer end portions of the downspout and to be connected thereto by friction, an adhesive, screws or other connectors. The peripheral edge portions may be integral with the screen or may be separate from and connected to the screen.

Abstract: A screen assembly for receiving high volumes of water flowing from a roof to a gutter. The screen assembly has a first support frame having an upstanding rim extending around a periphery thereof and being construed to be mounted on the gutter and secured to an adjacent portion of a roof fascia. The first support frame has an opening in a bottom surface thereof that is constructed to be disposed over a gutter opening when the first support frame is mounted on the gutter. The screen assembly has a second support frame having a screen secured thereto and extending over the second support frame. The second support frame has a shape corresponding to that of the first support frame and is mounted thereon in close relationship to and within the upstanding rim of the first support frame, the second support frame being connected to the upstanding rim.

Abstract: A radiant and insulating barrier having two sheets bonded together along spaced flat channels to define a plurality of hermetically sealed and spaced pockets between the channels. The pockets are filled with insulation. The sheets have an outer surface formed of a radiant heat reflecting material.

Abstract: A screen assembly for receiving high volumes of water flowing from a roof to a gutter. The screen assembly has a first support frame having an upstanding rim extending around a periphery thereof and being construed to be mounted on the gutter and secured to an adjacent portion of a roof fascia. The first support frame has an opening in a bottom surface thereof that is constructed to be disposed over a gutter opening when the first support frame is mounted on the gutter. The screen assembly has a second support frame having a screen secured thereto and extending over the second support frame. The second support frame has a shape corresponding to that of the first support frame and is mounted thereon in close relationship to and within the upstanding rim of the first support frame, the second support frame being connected to the upstanding rim.

Abstract: A clip for removably securing the front lip of a gutter guard having holes therethrough to the underlying front lip of a gutter having a downwardly and forwardly extending end portion. The clip comprises an elongated body with a forwardly and upwardly extending first tab at a front end thereof and a rearwardly extending second tab at a rear end thereof. The first tab can be inserted through a first hole at the front of the gutter guard with the body in an upwardly extending first position so that the first tab is located adjacent to and beneath the end portion of the gutter. The body can then be rotated downwardly toward the gutter guard to a second position wherein the first tab is moved upwardly to engage the end portion of the gutter and the second tab is received within a second hole in the gutter guard.

Abstract: A clip for removably securing the front lip of a gutter guard having holes therethrough to the underlying front lip of a gutter having a downwardly and forwardly extending end portion. The clip comprises an elongated body with a forwardly and upwardly extending first tab at a front end thereof and a rearwardly extending second tab at a rear end thereof. The first tab can be inserted through a first hole at the front of the gutter guard with the body in an upwardly extending first position so that the first tab is located adjacent to and beneath the end portion of the gutter. The body can then be rotated downwardly toward the gutter guard to a second position wherein the first tab is moved upwardly to engage the end portion of the gutter and the second tab is received within a second hole in the gutter guard.

Abstract: A gutter guard constructed to be mounted on a gutter and to extend from the front to the rear thereof. The gutter guard comprises a central screen portion, a front mounting portion and a rear mounting portion. The central screen portion comprises a fine mesh top layer and a bottom support layer of expanded construction with openings of a desired size. The front mounting portion comprises a first metal sheet folded over and crimped to an adjacent front end of the screen portion. The rear mounting portion comprises a second metal sheet folded over and crimped to an adjacent rear end of the screen portion. The mesh top layer is hemmed to the bottom support layer and they are thereafter roll formed in a new and improved manner to prevent damage to the mesh top layer, to control its tension, and to provide close contact of the mesh top layer to the bottom support layer.

Abstract: A gutter guard for mounting on a gutter. The gutter guard comprises an elongated panel extending laterally from an inner portion to an outer portion of an underlying gutter. The panel is of undulating construction and comprises a plurality of longitudinally extending, laterally spaced, elongated raised areas for retarding the flow of rain water across the panel. The raised areas are separated by longitudinally extending recess channels. The raised areas and recessed channels have a plurality of longitudinally extending, laterally spaced rows of longitudinally spaced first holes extending through the panel to enable rain water flowing outwardly across the panel to flow through the first holes into an underlying gutter. The first holes have a narrow end portion facing the inner side of the panel and expanding outwardly toward the outer side of the panel to facilitate spreading of rain water as it travels across the panel toward the outer side thereof.

Abstract: A gutter guard constructed to be mounted on a gutter and to extend from the front to the rear thereof. The gutter guard comprises a central screen portion, a front mounting portion and a rear mounting portion. The central screen portion comprises a fine mesh top layer and a bottom support layer of expanded construction with openings of a desired size. The front mounting portion comprises a first metal sheet folded over and crimped to an adjacent front end of the screen portion. The rear mounting portion comprises a second metal sheet folded over and crimped to an adjacent rear end of the screen portion. The mesh top layer is hemmed to the bottom support layer and they are thereafter roll formed in a new and improved manner to prevent damage to the mesh top layer, to control its tension, and to provide close contact of the mesh top layer to the bottom support layer.

Abstract: A gutter guard for mounting on a gutter. The gutter guard comprises an elongated panel extending laterally from an inner portion to an outer portion of an underlying gutter. The panel is of undulating construction and comprises a plurality of longitudinally extending, laterally spaced, elongated raised areas for retarding the flow of rain water across the panel. The raised areas are separated by longitudinally extending recess channels. The raised areas and recessed channels have a plurality of longitudinally extending, laterally spaced rows of longitudinally spaced first holes extending through the panel to enable rain water flowing outwardly across the panel to flow through the first holes into an underlying gutter. The first holes have a narrow end portion facing the inner side of the panel and expanding outwardly toward the outer side of the panel to facilitate spreading of rain water as it travels across the panel toward the outer side thereof.

Abstract: The gutter guard forming machine accepts relatively narrow, elongate sheets of imperforate materials and foraminous screen materials from a series of supply rollers and passes those sheets of material through a series of forming rollers and dies to crimp the sheets mechanically together along their common elongate edges to form the desired cross-sectional shape for the finished gutter guard. The raw sheet materials are fed into the machine in two overlying and two underlying streams, which are joined together and shaped by the forming rollers and dies. The process is continuous, with an automated cutoff saw cutting the completed gutter guard to practical lengths after formation. The mechanism is primarily electrically-powered, with a pneumatic-hydraulic cylinder being used for one of the operations. Various components are adjustable to allow the configuration of the completed gutter guard to be adjusted as desired.