A lintel cover is disclosed. The cover comprises a front surface-concealing portion for concealing the front surface of the lintel, an upper surface engager defining an upper surface-engaging member for engaging the upper surface of the lintel, a lower surface engager defining a lower surface-engaging member for engaging the lower surface of the lintel, a lower surface-concealing portion that defines at least one drain port. Engagement of the upper surface engaging member and the lower surface engaging member to the lintel effect coupling of the cover to the lintel to obtain an assembled configuration. In the assembled configuration, the front surface-concealing portion is concealing at least a portion of the front surface, and the lower surface-concealing portion is concealing at least a portion of the lower surface, and the at least one drain port is operative for facilitating egress of liquid that has accumulated between the cover and the lintel.

Drainage channels are added to a control joint to provide a weeping control joint wherein condensate or other sources of water that finds its way between the stucco and the substrate, above the weeping control joint, flows through the channels to the exterior surface of the stucco below the weeping control joint.

The present invention relates to a lintel or angle iron cover, and specifically a cover for an L-shaped lintel having a rise portion and a run portion. The cover is also L-shaped and is a continuous wall made up of an upper wall joined to a top wall which is joined to a side wall. The side wall is also joined to a bottom wall which is joined to a back wall. Further, the upper wall is at least as high as the rise portion of the lintel. The top wall and bottom wall form a U-shaped opening closed by the side wall, and the U-shaped opening is the size of the run portion. Whereas the back wall forms a lip at the end of the bottom wall.

The present invention relates to a lintel or angle iron cover, and specifically a cover for an L-shaped lintel having a rise portion and a run portion. The cover is also L-shaped and is a continuous wall made up of an upper wall joined to a top wall which is joined to a side wall. The side wall is also joined to a bottom wall which is joined to a back wall. Further, the upper wall is at least as high as the rise portion of the lintel. The top wall and bottom wall form a U-shaped opening closed by the side wall, and the U-shaped opening is the size of the run portion. Whereas the back wall forms a lip at the end of the bottom wall.

A termination assembly comprises a termination member and a drainage assembly. The termination member includes a base interconnecting a connecting flange and a supporting flange, and the base is configured and arranged to receive a portion of a wall between the connecting flange and the supporting flange. The drainage assembly includes a drainage member operatively connected to the base, and the drainage member creates a void to facilitate drainage and ventilation.

The disclosure provides example drainage channels, drainage systems, building walls and methods. An example drainage channel includes a drainage panel for conveying water within a building wall. The drainage panel is impermeable and has a first end and a second end. A support panel is coupled to the first end or the second end of the drainage panel such that the support panel is configured to be arranged vertically relative to the building wall. The drainage panel is configured to be arranged either perpendicular to an exterior sheathing of the building wall or angled downward from the first end of the drainage panel toward both the second end of the drainage panel and the exterior sheathing of the building wall.

Drainage channels are added to a control joint to provide a weeping control joint wherein condensate or other sources of water that finds its way between the stucco and the substrate, above the weeping control joint, flows through the channels to the exterior surface of the stucco below the weeping control joint.

A through-wall flashing support system for supporting a through-wall flashing membrane installed in a cavity wall. The system includes multiple support parts, multiple spline parts and a through-wall flashing membrane. Each support part has a flange, configured to abut and be attached to an inner wall of the cavity wall, and a base, extending with a downward slope from the lower portion of the flange such that the outer portion of the base penetrates an outer wall of cavity wall. Spline parts are configured to connect adjacent support parts. The through-wall flashing membrane extends across the cavity and covers the bases of the support parts and the spline parts. Weep holes are installed to enable water to flow through the outer wall along through-wall flashing membrane. Methods for installing this system in a new cavity wall and retrofitting an existing cavity wall are also provided.

The disclosure provides example drainage channels, drainage systems, building walls and methods. An example drainage channel includes a drainage panel for conveying water within a building wall. The drainage panel is impermeable and has a first end and a second end. A support panel is coupled to the first end or the second end of the drainage panel such that the support panel is configured to be arranged vertically relative to the building wall. The drainage panel is configured to be arranged either perpendicular to an exterior sheathing of the building wall or angled downward from the first end of the drainage panel toward both the second end of the drainage panel and the exterior sheathing of the building wall.

The disclosure provides example drainage channels, drainage systems, building walls and methods. An example drainage channel includes a drainage panel for conveying water within a building wall. The drainage panel is impermeable and has a first end and a second end. A support panel is coupled to the first end or the second end of the drainage panel such that the support panel is configured to be arranged vertically relative to the building wall. The drainage panel is configured to be arranged either perpendicular to an exterior sheathing of the building wall or angled downward from the first end of the drainage panel toward both the second end of the drainage panel and the exterior sheathing of the building wall.