A stile system to support a door or other types of panels is provided. The doors and/or panels may include frameless glass panes. The stile system may include a longitudinal channel into which the side of the door may be received and secured. The system may include a clamping assembly that may provide clamping forces onto the opposing lateral surfaces of the door within the longitudinal channel to secure it therein. The clamping assembly may be controlled by a controlling assembly in combination with the housing to provide inward forces to the clamping members to secure the panel. The stile system also includes a unitizing gasket configured to hold the elements of the clamping assembly in place during the system's assembly and use.

There provides a split iron frame door structure including top, middle and bottom split frames. A top edge frame and two side edge frames of the top split frame, two side edge frames of the middle split frame, and a bottom edge frame and two side edge frames of the bottom split frame are thin-wall square tubes. A transversely-arranged first flat-iron edge frame is fixed to the bottom of the top split frame. Transversely-arranged second and third flat-iron edge frames are fixed to the top and the bottom of the middle split frame, respectively. A transversely-arranged fourth flat-iron edge frame is fixed to the top of the bottom split frame. The first and second flat-iron edge frames are detachably connected through a first I-shaped section material and first connecting screws. The third and fourth flat-iron edge frames are detachably connected through a second I-shaped section material and second connecting screws. The iron frame door structure adopts a split design, and is low in packaging cost and transportation cost, light in overall weight, concise in appearance and good in light transmittance.

There provides a split iron frame door structure including top, middle and bottom split frames. A top edge frame and two side edge frames of the top split frame, two side edge frames of the middle split frame, and a bottom edge frame and two side edge frames of the bottom split frame are thin-wall square tubes. A transversely-arranged first flat-iron edge frame is fixed to the bottom of the top split frame. Transversely-arranged second and third flat-iron edge frames are fixed to the top and the bottom of the middle split frame, respectively. A transversely-arranged fourth flat-iron edge frame is fixed to the top of the bottom split frame. The first and second flat-iron edge frames are detachably connected through a first I-shaped section material and first connecting screws. The third and fourth flat-iron edge frames are detachably connected through a second I-shaped section material and second connecting screws. The iron frame door structure adopts a split design, and is low in packaging cost and transportation cost, light in overall weight, concise in appearance and good in light transmittance.

A gate assembly for physical and aesthetic integration into any wall or fencing solution, and an associated method of assembling the same. The gate assembly includes a gate pivotably attached to a transom via a hinge. The gate includes side members and spacing tabs that create a channel system within the gate. The channel system is configured to receive a plurality of infill panels of various sizes and designs that aesthetically match the wall or fencing solution into which the gate assembly is being integrated. The gate further includes a cap attached to the top of the gate that traps the infill panels within the gate. When the gate is in a closed position, the cap is blocked by the transom, and no mechanical fasteners are accessible from either side of the gate assembly.

A gate assembly for physical and aesthetic integration into any wall or fencing solution, and an associated method of assembling the same. The gate assembly includes a gate pivotably attached to a transom via a hinge. The gate includes side members and spacing tabs that create a channel system within the gate. The channel system is configured to receive a plurality of infill panels of various sizes and designs that aesthetically match the wall or fencing solution into which the gate assembly is being integrated. The gate further includes a cap attached to the top of the gate that traps the infill panels within the gate. When the gate is in a closed position, the cap is blocked by the transom, and no mechanical fasteners are accessible from either side of the gate assembly.

A food cooking oven having an enclosure, which defines a cooking compartment and a door, which is movable between an open position and a closed position, is disclosed. The door may include a first panel, a second panel, which in a closed configuration has a greater distance from the compartment than the first panel. Additionally, a first and a second body for supporting the first and second panels is included. A profile is included, which is movable between a first position retaining the first panel and a second position permitting removal of the first panel from the door. A push-push type connector is included to retain the profile to the door.

This door assembly (29) comprises a frame (31), extending along a frame plane (P1) and comprising: at least one frame beam (35) defining a frame axis (X35) along the frame plane, the frame beam comprising a main body (39) elongated along the frame axis and having a substantially constant cross-section (S39) along said frame axis, the main body comprising a beveled portion (55) inclined relative to the frame plane; and a swing door (33), pivotably secured to the frame between an opened position and a closed position, said swing door comprising at least one edge beam (63) comprising a main body (139) elongated along an edge axis (X63) of the edge beam and having a substantially constant cross-section (S139) along said edge axis, the main body comprising a beveled portion (155) which is brought to rest against the beveled portion of the frame beam when the swing door is brought to the closed position, wherein the cross-section (S39) of the main body (39) of the frame beam (35) is identical to the cross-section (S139) of the main body (139) of the edge beam (63).

An apparatus for an architectural opening may include a plurality of panels. At least one of the plurality of panels may include a frame including a pair of rails and a pair of stiles secured to the pair of rails at respective interfaces. The frame may define at least one opening. The interfaces may be sealed in a manner allowing a vacuum to be created inside at least a portion of the frame. An inset panel may be secured within the at least one opening. At least portions of the frame may be vacuum insulated. One or more hinges may secure a first panel of the plurality of panels to a second panel of the plurality of panels. The member may be a transparent or translucent window. The apparatus may be a garage door, an entry door, a window, or a storefront.

A Dutch door assembly includes first and second door sections, each including a composite door member and an end cap. The composite door member includes a core member disposed between first and second end stiles, together defining a front door surface, a rear door surface, and an end surface, a front door skin secured to and substantially covering the front door surface, and a rear door skin secured to and substantially covering the rear door surface. The end cap includes a cover portion covering the end surface of the composite door member and a retention portion extending from the cover portion into engagement with the core member. The end cap of the first door section includes an abutment portion contoured to engage an abutment portion of the end cap of the second door section when the first and second door sections are in pivoted alignment.

This invention relates to doors having internal blocking components that reduce or eliminate telegraphing of the outer surface of the door facings. In particular, the invention relates to steel-edge steel doors that have internal solid wood blocks that have one or more integral cantilever beams formed into the blocks to interact with the adjoined oppositely arranged door facings in order to eliminate visually apparent door telegraphing. The blocks are modified to contain notches formed therein to form the cantilever beams.