The roof cover vent system comprises a vent sheath, a flange sheath, and a pitched roof. The pitched roof further comprises a roof vent and a roof pitch. The vent sheath attaches to the flange sheath to form a composite prism structure. The roof vent inserts into the composite prism structure formed by the vent sheath and the flange sheath. The composite prism structure formed by the vent sheath and the flange sheath enclose the lateral face and the inferior structures of the roof vent while allowing the roof vent to release gas into the atmosphere. The flange sheath is formed as a prismatic section. The prismatic section is selected such that center axis of the composite prism structure formed by the vent sheath and the flange sheath will remain parallel to the force of gravity while the flange sheath rests flush on the pitched roof.

A roof flashing having a base and a flexible collar operatively connected thereto is configured to prevent water infiltration around an exhaust pipe extending through a roof. The base includes a flat plate having a connecting mechanism extending upwardly from the plate. The collar includes either a fixed-diameter opening or a multi-diameter opening thereto, wherein the opening is configured to receive and seal against a pipe extending from the roof to which the roof flashing is attached. The collar is fixedly attached to the connecting mechanism of the base.

A sloped roof vent has a coated steel plate with a raised center and a gasket receiver is formed around a central hole. A structural body is crimped with a gasket in the receiver. The body has an outer wall extending downward over the receiver. A sloping wall extends inward and a vertical wall supports a second sloping wall with an inner rim. A damper staked to an axle covers the rim. Inserts keep the damper from chattering and fully closing. Wind walls prevent outer drafts from lifting the damper. Two fasteners attach caps to the outer wall. Lanced and pressed ledges on a push-in hose connector permanently engage windows on the inner rim of the structural body. A snap-in screen and a hose connector reducer complete a package.

Vents are disclosed for covering openings on roofs. The disclosed vents cover openings on metal roofs and prevent moisture and objects from entering the opening while allowing air to pass therethrough. The vents disclosed herein also prevent moisture from entering the building through openings that can be created when the vents are attached to a roof. The vents include a cap, a collar, and a flashing configured to contact the roof. The vents can also include a screen placed between the cap and the collar. The collar can have arms formed on an upper portion thereof to facilitate connection of the collar to the cap. Feet can be formed on a bottom portion of the collar. Once the vent is fully assembled, the feet can be positioned underneath the flashing and can be the main connection point of the vent to a roof. Due to the design of this assembly, fasteners pass through the feet providing a sound and secure attachment to the roof. The feet are then covered from moisture, rain, and/or snow by a flashing, and the flashing is then secured by screws or other fasteners passing through the reinforcement material and through the flashing itself which provides a weatherproof seal.

A satellite dish mount device for mounting a dish base plate of a satellite dish thereon. The satellite dish mount device includes a flashing attached to a rooftop. The flashing includes a cable receiving member. A base mount block assembly is integrated to the flashing and includes a block member and a top base plate adaptable to mount the dish base plate thereon. The top base plate includes a plurality of first extruded fins and a plurality of second extruded fins. A cable riser assembly enables a cable coupled to the satellite dish to pass via the cable receiving member through the rooftop. The cable riser assembly provides a drip curve arrangement to the cable above the rooftop and between the satellite dish and the strain relief fitting member thereby providing water proof protection to the cable riser assembly and to the rooftop.

A flashing clip that provides for securing placement of a flashing material is provided. The flashing clip includes a pair of symmetrical base plates collectively forming a width adjustable base plate having an outer and inner edge opposing each other, a first and second end opposing each other, foldable edge clips along each outer edge, foldable end clips along each first end, a tab extended from each outer edge adjacent the second end, and an aperture opposite each tab, and extending from each second end toward each inner edge, and the inner edges aligned adjacent each other to collectively provide adjustable spacing to partially enclose an object extending from a roof when the base plate is placed thereon, wherein the flashing clip is adjustably attachable via fasteners so that the flashing clip provides for securing placement of a flashing material around an object extended from the roof.

A roof pipe flashing with a raised boot and elongated opposite extensions extending therefrom which roof pipe flashing is used to cover and weatherproof an existing but damaged roof pipe flashing on the pitched roof of a building. The roof pipe flashing can be made manually by cutting or tearing along pre-marked lines on the flat base of a roof pipe flashing.

Exemplary systems and methods described herein can be used to secure a rail to a module or the rail to a support using a nut that can be inserted at a desired point of mounting. Another exemplary system describes a flashing to be inserted under a roof shingle, wherein the flashing is secured to a support for a rail or module. Yet another exemplary system describes a clamp that secures a rail or module and is adjustable along the length of a post. Spacers can be added to the post to extend the adjustment range of the clamp.

A roof mourned diverting device for diverting a direction of flow of gas from a roof-penetrating pipe is provided. The roof-penetrating pipe has a central axis. The device includes a diverter having a lower opening and an upper opening, the upper opening having a central axis; and a seal having a seal opening, the seal opening being configured to contact an outer surface of the roof-penetrating pipe and form a gas-tight seal with the roof-penetrating pipe. In an assembled state of the device, any of the gas that enters the diverter can only exit the diverter through the upper opening or through the roof-penetrating pipe, and the diverter is installable in multiple different positions, each of the different positions having a different included angle between the central axis of the upper opening and the central axis of the roof-penetrating pipe.

A roof mount assembly mounts a structure to a roof having a rafter and a substrate supported by the rafter. The roof mount assembly includes a piece of flashing positioned on the substrate. The flashing includes a first surface, a second surface opposite the first surface and an aperture extending through the flashing. A fastener extends through the flashing aperture. A bracket is connected to the flashing via the fastener, and the bracket is sized to support at least one roof-mounted structure on the roof. A seal is positioned between the flashing aperture and the fastener. The seal is sized to form a water-tight seal with the aperture to inhibit flow of fluid through the aperture. The seal includes a first portion and a second portion, in which the first portion is positioned to abut the flashing first surface and the second portion is positioned to extend through the aperture.