A door sill apparatus for a manufactured home comprising a substrate having an inner edge and an outer edge and a threshold member configured to be removably secured to the substrate, the threshold member having a deck at least partially covering the substrate, an upper surface, an opposing lower surface, and a deck support having a base leg, a drip leg, and a cross support connecting the base leg to the drip leg. The base leg and drip leg extend downward from the deck such that the base leg contacts the subfloor of the manufactured home, reinforcing the threshold member. The drip leg extends below the plane in which the subfloor and substrate, preventing water intrusion. The cross member connects the base leg and the drip leg and stiffens and reinforces the portion of the deck extending past where the base leg extends downward.

A door sill apparatus for a manufactured home comprising a substrate having an inner edge and an outer edge and a threshold member configured to be removably secured to the substrate, the threshold member having a deck at least partially covering the substrate, an upper surface, an opposing lower surface, and a deck support having a base leg, a drip leg, and a cross support connecting the base leg to the drip leg. The base leg and drip leg extend downward from the deck such that the base leg contacts the subfloor of the manufactured home, reinforcing the threshold member. The drip leg extends below the plane in which the subfloor and substrate, preventing water intrusion. The cross member connects the base leg and the drip leg and stiffens and reinforces the portion of the deck extending past where the base leg extends downward.

The present disclosure discloses a louver assembly including a head frame and a sill frame. At least one of the head frame and the sill frame has a channel to drain water. According to another aspect, the louver assembly includes a head frame having a first blade attachment and a sill frame having a second blade attachment. At least one of the first blade attachment and the second blade attachment is configured to connect to one or more blades via welding or fastening means.

The present disclosure discloses a louver assembly including a head frame and a sill frame. At least one of the head frame and the sill frame has a channel to drain water. According to another aspect, the louver assembly includes a head frame having a first blade attachment and a sill frame having a second blade attachment. At least one of the first blade attachment and the second blade attachment is configured to connect to one or more blades via welding or fastening means.

An apparatus for siphoning accumulated water from sliding windows, door sills, and tracks can comprise (1) a tube comprising (a) a proximal end comprising an inlet; (b) a distal end comprising an outlet; (c) a crest intermediate the proximal end and the distal end; and (d) a transfer section intermediate the crest and the distal end. The apparatus is configured such that the accumulated water passively traverses through the tube via the inlet, through the crest, through the transfer section, and out of the apparatus via the outlet.

An apparatus for siphoning accumulated water from sliding windows, door sills, and tracks can comprise (1) a tube comprising (a) a proximal end comprising an inlet; (b) a distal end comprising an outlet; (c) a crest intermediate the proximal end and the distal end; and (d) a transfer section intermediate the crest and the distal end. The apparatus is configured such that the accumulated water passively traverses through the tube via the inlet, through the crest, through the transfer section, and out of the apparatus via the outlet.

The invention relates to a door threshold with a cold-bridging break, which includes cast floor plates 1 and 2 that are on opposite sides of the door threshold, and reinforcement bars 3 connecting them. Between the floor plates 1 and 2, there is a vertical thermal insulation plate 4 with an edge running in the direction of the door threshold, the upper edge of the vertical thermal insulation plate 4 is covered by a generally U-shaped door threshold cover profile 5. Reinforcement bars 3 are made of non-metallic material, vertical thermal insulation plate 4 is a cellular glass plate, and U-shaped cover profile 5 is made of thermoplastic elastomer (TPE).

The invention relates to a door threshold with a cold-bridging break, which includes cast floor plates 1 and 2 that are on opposite sides of the door threshold, and reinforcement bars 3 connecting them. Between the floor plates 1 and 2, there is a vertical thermal insulation plate 4 with an edge running in the direction of the door threshold, the upper edge of the vertical thermal insulation plate 4 is covered by a generally U-shaped door threshold cover profile 5. Reinforcement bars 3 are made of non-metallic material, vertical thermal insulation plate 4 is a cellular glass plate, and U-shaped cover profile 5 is made of thermoplastic elastomer (TPE).

A window or door has a fixed frame and leaf which, in its sliding position, can be slid in the extension direction or parallel to the extension direction of a running rail and which, transversely to the sliding direction, is movable in a positively controlled manner from its latching position into the sliding position and back into the latching position. The fixed frame has a sill modularly adaptable to different window and door variants with a main profile on which an intermediate profile is mounted. The intermediate profile has a first bearing portion, which bears against the fixed frame in a first sealing plane of the leaf. The sill may have a multitude of profiles which have a cross-section that remains constant in the extension direction. A second sealing plane is defined by a second bearing portion of the step profile.

A fenestration system includes a back angle anchor providing a first anchor portion and a second anchor portion extending from the first anchor portion and providing an attachment receptor, the back angle anchor being securable to an underlying substrate at the first anchor portion, a subsill providing a first subsill portion and a second subsill portion extending from the first subsill portion, and an anchor hook extending from the second subsill portion and defining a subsill cavity sized to receive the attachment receptor. The subsill is attached to the back angle anchor using one or more mechanical fasteners penetrating the anchor hook and received within the attachment receptor, and the mechanical fasteners do not penetrate the first or second subsill portions.