Abstract: A building aperture cover frame, such as a window frame, having at least one frame profile for framing an insulated glass unit, where the frame profile includes an insulating core of insulating polyurethane foam core material enclosed by a core surface of the insulating core, where the insulating polyurethane foam core material having at least 85% by weight polyurethane, and where the insulating polyurethane foam core material is of a material density of less than 60 kg/m3, such as less than 50 kg/m3, preferably less than 40 kg/m3, a profile shell encapsulating the insulating core and having an inner shell surface facing the core surface, where the profile shell is made of at least 90% by weight polyurethane, and where the profile shell is of a material density of at least 600 kg/m3, such as at least 750 kg/m3, preferably at least 850 kg/m3, and one or more metal reinforcement element(s) located between opposing parts of the inner shell surface and the core surface.

Abstract: A powered garage door pivots about a fixed pivot axis extending from the one side edge to the other side edge beneath the top edge of the door panel, such that when moving from the closed position to an opened position the top edge moves rearwardly while the bottom edge moves forwardly. A front top header finishing plate is fixed so as to extend downwardly from the header in front of and beneath the top edge of the door panel. An inclinometer sensor is secured to the door panel, sensing the angle of the door panel as it pivots between closed and opened positions. Hydraulic cylinders are controlled by the electronic controller based on the inclinometer signal, and a graphical user interface allows the user to set both zone sizes (based on inclination angle) and zone speeds, independently for opening and closing.

Abstract: A damping device for damping vibrations of a bridge with a bridge deck comprises at least one damping wing comprising a center and configured to dampen vibrations of the bridge. A longitudinal direction of the at least one damping wing is disposed parallel to a longitudinal direction of the bridge deck and the at least one damping wing is stationary upon wind acting on the bridge in a given direction. At least one support structure is laterally attached to at least one side of the bridge deck and configured to attach the at least one damping wing to the bridge deck such that the at least one damping wing is disposed with a lateral offset from an outer edge of the bridge deck facing the at least one damping wing.

Abstract: A hollow vane structure for an active grille system 100 having a first piece 12 of the vane body 10 that includes a front side 14 and a back side 16. The first piece 12 has a concave cross-section extending from the front side 14 toward the back side 16. This concave section creates a hollowed inward section 18 on the back side 16 of the first piece 12. The first piece 12 also includes an edge surface 20 formed on the first piece which defines a perimeter of the hollowed inward section 18. A second piece 22 of the vane body is connected to the back side 16 of the first piece 12 and extends across the hollowed inward section 18 and is connected to the first piece 12 to at least the edge surface 20 on the back side 16 of the first piece 12.

Abstract: A support post includes an inner post that supports rotation of an outer post. The inner post includes a journal assembly that supports and facilitates rotation about a central axis. The journal assembly that supports the outer post on the inner post includes a single ball bearing disposed along the axis of rotation. The inner post is fixed and supports a central post on which the ball bearing is supported. The outer post includes a sleeve that fits over the ball bearing and the central post. Support of the outer post along the central axis provides for improved mounting and gate support. An actuator can be utilized to automatically or remotely open the gate. The actuator is disposed within the inner post that drives rotation of the outer post. The outer post remains supported by the journal assembly and is rotated by the actuator with the inner post.

Abstract: In a roof window with a frame structure and an openable, pane supporting sash structure, the top, bottom and side members (1–8) of the frame and sash structures are for the major part made as wood profiles, which on the outwards facing sides are covered by covering members of weather-shielding material connected with the wood profiles by means of engagement and securing means. The covering members (11, 12, 15, 17, 20, 21, 32) serve as sealing enclosure for the subjacent wood profiles in the frame and sash structures on all surfaces on the outside of the roofing, and engagement and securing means (23–29, 40) are designed in such manner and/or positioned such relative to the covering members that water and moisture penetration into the wood profiles is substantially prevented.

Abstract: A closet door assembly includes at least one closet door having a back panel, an outer side panel, an inner side panel, a top panel, and a bottom panel connected to the back panel forming an interior space. At least one shelf is positioned within the interior space of the closet door. A top frame is attached to a top of a closet doorway. Each closet door is pivotally connected to the top frame with an upper hinge assembly and pivotally connected to the floor surface of the doorway with a lower hinge assembly. The hinge assemblies are attached near the outer side panel of each door thereby permitting the inner side panel of each door to pivot between a closed position within the doorway and an open position away from the doorway.

Abstract: A device for turnable windows including a frame having a first side face and a second side face, each of the side faces of the frame including a longitudinal groove; a casement having a first edge side face and a second edge side face, the casement being pivotally mounted within the frame by pivots positioned at mid-points of the casement and a link-arm mechanism extending between a respective pivot and the frame, each of the first edge side face and the second edge side face including a first guide bushing and a second guide bushing. The first and second guide bushings of each of the edge side faces travel in a respective one of the grooves. A rotatable lever simultaneously extends or retracts one of the pair of first guide bushings or the pair of second guide bushings into or out of engagement with their respective grooves.

Abstract: The news-stand body comprises a rotation-moulded plastic shell. The walls of the shell are arranged in folds, and the hinge-pin mounting holes are provided therein. The hinge pin straddles the folds, which provides for a secure and rigid mounting. The edges of the (transparent) door are bent to form flanges, and the hinge pin passes through holes in the flanges.

Abstract: An adjustable wall jamb is disclosed which can compensate for a variety of variations in wall structures when fitting a panel member thereto. One adjustable wall jamb is for a shower enclosure and affords a channel into which a portion of the wall panel is sealed, and thus provides a "floating" type seal without contacting an end of the adjustable wall jamb. The adjustable wall jamb is formed as a support post and is telescopingly fitted into a stud jamb. In an alternative embodiment, there is a one-piece adjustable wall jamb having securing flanges and sealing fingers formed as a one-piece unit. This can be utilized in conjunction with the square fitment of a panel to a wall, a corner construction, or an angled construction.

Abstract: A window, arranged in a frame, rotatable by 180.degree. around a central axis, having at least one casement which can be opened in a conventional manner. The window includes an insulating glass pane made of a colorless glass pane and a selective absorption pane, a frame enclosing the insulating glass pane on all sides, a hinge arranged in the area of one lateral edge for the opening of the casement, a reversing hinge arranged in a vertical or horizontal central axis on the frame for the 180.degree. rotation of the insulating glass pane, a structurally fixed blind frame and an encircling gasket between the structurally fixed blind frame and the frame for the insulating glass pane.

Abstract: A gate for a check-out aisle, which displays point-of-purchase merchandise when the gate is in both open and closed positions. The gate has an outer frame that is hingedly mounted along one edge to an edge of the check-out counter, enabling the gate to swing open adjacent to the check-out aisle, or closed across the check-out aisle. An inner frame comprising a lattice face for hanging the point-of-purchase merchandise is pivotally mounted to the outer frame so that the inner frame will rotate about a vertical axis within the outer frame in order to display the merchandise to customers when the gate is both open and closed. The second embodiment provides for a pair of such gates which are hingedly mounted adjacent respective check-out counters so that they can be moved to lie across a double check-out lane that is between the counters.

Abstract: A remote lock assembly for vertically pivoting windows has two resilient catches mounted in the vertical stile of a window sash one above the other. Opposite the lower catch is a cam housing with a recess in which the lower catch is engaged when the window is in a locked position and containing a cam which, when rotated, rides against the catch to force the catch out of the cam housing to unlock the window. A flapper housing is mounted in the window jamb and has a recess for engaging the second catch. A flapper is pivotally mounted to the flapper housing and pivots between a locked position in which the flapper does not block the housing recess and an unlocked position in which it blocks the housing recess and forces the opposing catch out of the flapper housing recess. A link connects the cam to a bar which slidably extends into the flapper housing. The bar has a protrusion which engages the flapper, such that rotation of the cam operates to disengage both catches from the window jamb.

Abstract: A window, particularly designed to be installed in an inclined roof, comprises a top-hinged sash which via a lifting arm is connected with a slide shoe displaceable along a guidance of a lateral frame member. An intermediate member is provided with a transverse pin adapted to be connected with a pocket in the top side of the slide shoe, and the intermediate member is loaded or biased in a direction towards the lower end of the guidance by means of a spring. A spacer serves to hold the intermediate member ready for engagement. When the window has been installed in the roof, the appropriate pocket to be engaged by the transverse pin is selected with due regard to the roof inclination, i.e. the pocket resulting in a desired opening force acting on the sash, which is then swung open until the transverse pin engages the selected pocket, whereupon the sash is swung slightly in its closing direction to release the spacer for removal.

Abstract: A quickly demountable security-conscious door having a four-pin engagement with the adjacent door frame and having a plurality of rack and pinion mechanisms for movement of the hinge pin and lock bolt members into engagement positions with respective receptacles located in the door frame member. The door includes weather stripping provisions, operating knob rotational limits, and operating shaft spring assistance and uses Teflon.RTM. or other low-friction materials in appropriate frictional engagement positions.

Abstract: A partition which constitutes one wall of a shower stall has a fixedly mounted upright wall member and an upright door member which is pivotable relative to the wall member about a vertical axis between a closed position in which one upright marginal portion of the door member is adjacent to the inner side and overlies the adjacent upright marginal portion of the wall member and at least one open position in which the door member extends outwardly beyond the outer side of the wall member. The door member is coupled to the wall member by several hinges each of which is secured to the door member as well as to a discrete horizontal bar which can serve as a towel bar, which is adjacent to the outer side of the wall member and which is slidable relative to and is releasably connected with several bearings mounted on the wall member by distancing elements. One of the bearings can be anchored in or separably affixed to a further wall of the shower stall.

Abstract: In a window comprising a main frame (1), an intermediate frame (3) hinged at the top of the latter and a sash (7) which is journalled as a pivot sash in the intermediate frame, said intermediate frame (3) is provided with an arresting means (5) in the area of the pivoting axis (2), said arresting means normally being engaged with an associate arresting means (6) in the main frame. The arrest can be disengaged by means of a release handle (9) which is placed on the inner side of the main frame (1), and the window can then serve as an emergency exit, as the intermediate frame (3) with the sash (7) is swung clear of the main frame due to a permanent urging of the intermediate frame in its opening direction.

Abstract: The novel arrangement relates to a skylight with a case and a wing mounted thereon for pivoting about a horizontal axis and swinging about a further horizontal axis, the swinging axis being partially constituted by axial pins at the sides of the wing which are displaceable while supported on the case, with a cover partially overlapping the wing and case, the cover being pivotally linked at one end to the case and at the other end at the wing, the axial pins being arranged between the linkages and the wing having a guard for covering the case at least in the range not overlapped by the cover, with at least one weight balancing device arranged on one of the longitudinal struts of the wing whose two-armed support lever pivotal about a bearing pin consists of a support arm carrying a roller and a tension arm to which a tension spring is linked which is adjustable by means of a tensioning device affixed to the wing.

Abstract: In skylights wherein the wing may be selectively adjusted into a pivoting and swivel position, the wing is fixed with respect to the auxiliary frame in the pivoted opened position. If this fixation is removed due to a faulty operation, the upper, heavier half of the wing moves in the direction of the case so that there is a danger of damage. To make the negative effects of the faulty operation ineffective, flap 18 provided with latch 19 and having a pivoting axis displaced in relation to axial pin 7 in the direction of swivel joint 5 is pivotally mounted on auxiliary frame 2. Latch 19 arranged at a slight distance from axial pin 7 in the closed position subtends axial pin 7 when wing 3 is pivoted open. In case of a faulty operation, the weight of wing 3 causes axial pin 7 to be pressed against latch 19 of flap 18. This automatically secures a pivotally opened skylight against the results of a faulty operation, which is automatically undone, FIG. 4, when the wing is brought into the closed position.

Abstract: In a tilting window having a main frame (1), an intermediate frame (3) top-hinged therein, and a sash (7) pivotally mounted or tilting movement in the intermediate frame, said sash (7) comprises an arresting member (10) which is located in the vicinity of the pivot bearing (6) of the sash and upon closing of the window, which is effected by coordinated tilting of the sash in relation to the intermediate frame and swinging of said intermediate frame in relation to the main frame, engages an associate arresting member (11) on the main frame. After locking together the intermediate frame (3) and the sash (7) at the top, the window will be firmly held in a closed or in a slightly open position. The operation of the window requires only a locking or coupling mechanism at the top of the window.

Abstract: A safety lock for a window mounted for pivotal movement about a centrally disposed vertical axis embodies a lock assembly housing mounted on the window sill intermediate the vertical axis and a window jamb. An elongated vertically extending locking member mounted on the lock assembly housing is movable selectively to a locked position with its upper end adjacent the housing and to an unlocked position with its upper end spaced from the housing. A latch assembly housing is mounted on the lower portion of the window intermediate the vertical axis and a vertical side frame member. A connector arm is pivotally connected at one end to a lower portion of the latch assembly housing with its other end engaging the locking member to permit pivotal movement of the window selectively to a closed position and to a limited open position.

Abstract: Between regions of different air pressure, a door pivots on an axis located a substantial distance from the nearest edge; this edge moves inwardly as the door pivots about the door axis in a first phase of opening movement to relieve the difference in pressure on opposite sides of the door; pivot links then carry the door about a second axis, parallel to the first axis, in a second phase movement which moves the entire door outwardly to the open position.

Abstract: A pivotal door for an entrance or passageway, and particularly for shower or bathtub enclosures, comprising a plurality of frame members, a panel mounted in said frame members, a channel provided in both top and bottom frame members, and a pair of pivot members each having one end adjustably retained within one of the channels, and the other end engaged in a socket provided in the shower enclosure frame, each pivot member being arranged to be affixed at any of a plurality of positions on the channel to enable the door to be utilized with enclosures having entrances of different widths.

Abstract: A window with a sash mounted in a frame has elongated draft stops extending along the rails of the sash. The draft stops are disposed in the frame and normally project out to overlap the sash rails. The draft stops are retractible outwardly beyond the outer edges of the rails and the sash is mounted to turn about its vertical centerline when the draft stops are retracted. When a handle mounted in the frame is turned in one direction, it operates a mechanism to retract the lower draft stop. The side draft stops retract in response to retraction of the lower draft stop and this, in turn, raises the upper draft stop so that all of the draft stops are retracted together. Turning the handle in the opposite direction returns all of the draft stops to their projected or active position.

Abstract: Suspension hardware for interior doors, such as closet or wardrobe doors and the like, incorporating overhead and floor mounted hardware assemblies, each incorporating a pair of angularly intersecting track means; the track means of cooperating assemblies being aligned in superposed registry in operation. One track means of each assembly parallels the wall in which the door opening is formed while the other track means is in intersecting relation thereto. Door brackets are affixed to the inner face of the door, adjacent its upper and lower edges, and guide members are mounted thereon for sliding movement along associated track means. Each guide member is pivotally joined to the door (via the associated door bracket) for pivotal movement about a vertical axis so that the door is movable simultaneously along the intersecting paths of the track means to produce arcuate swinging door action.

Abstract: A multiple layer coating is disclosed which enables a window unit to function efficiently as a solar energy collector in winter and as a heat shield in summer. The coating comprises a layer of metal which provides high reflectance of incident solar energy from one side of a coated transparent substrate and a layer which provides high absorption of incident solar energy by the other side of the coated substrate. The absorbing layer may be a single film of a highly absorptive material, but is preferably a dual film of an absorptive material covered by an antireflective material. The absorptive layer may also comprise multiple alternating films of metal and dielectric materials which effectively absorb incident solar energy. The reflective and absorptive layers are selected to provide the coated article with a low U-value to prevent heat radiation from the warm building to the cold environment in winter and from the hot environment to the cooled building in summer.

Abstract: A pivot mechanism for pivoted or reversible windows includes a stationary base adapted to be secured to a window frame member and a slide base slidably mounted on the stationary base and with which a window sash edge is pivotally engageable. A screw threadedly extends through one of the bases and is coupled with the other base by means of a pair of annular flanges on one end of the screw, between which is received a pair of arms extending from the other base. By turning the screw, the slide base is moved with respect to the stationary base, thereby providing a bearing for a pivot shaft on the window sash edge or positionally adjusting a pivot shaft on the slide base.

Abstract: Disclosed is a structure of a lower frame for a pivoted window, which prevents intrusion of rain water into the room. The lower frame has a grooved section, and a rotation shaft is mounted on the bottom plate of the groove portion to support the pivoted window. Ventilation holes are formed in a space defined by the lower frame and a lower rail of the pivoted window so that the ventilation holes are communicated with outer air and generation of a negative pressure in the above-mentioned space is prevented.

Abstract: An extruded aluminum window is provided with outer frame members for fastening to the building and inner frame members for fastening and holding one or more glass panes. The frames are provided with a sealing system which while allowing pressure equalization prevents air and moisture from passing into the interior of the structure when the window is closed. The sealing system includes an external water deterrent and a pair of internal sealing members with the frame between the external deterrent and the internal sealing members having a water barrier formed with a plurality of serrations each in a plane parallel to the frames. The sill of the outer window frame is provided with internal and external upwardly extending legs, and a raised central portion which joins the external leg in a recessed gutter to drain water out through slots in the external leg. In one embodiment the window can pivot a full 180.degree.

Abstract: Each of paired pivot mechanisms pivotally holding a window sash within a supporting frame comprises a stationary base screwed to one of the constituent members of the supporting frame and a pivot-carrying movable base fitted over the stationary base. By manipulation of a pair of adjusting screws the movable base can be adjustably moved relatively to the stationary base in the longitudinal direction of the supporting frame member and, if desired, away from or back toward the same. The movable base is screwed to the supporting frame member via the stationary base in a desired position. The mechanism is equally applicable to either vertically or horizontally pivoted windows.

Abstract: This invention relates to closure systems of the kind comprising a closure member such as a window or door movable within a fixed frame consisting of two frame-like parts which have a gap between them and are connected together by connector members such as dowels or spacers, and comprising sealing and locking strips which are displaceably mounted in said gap in said fixed frame, said strips being guided by guide slots and guide connector members and each being insertable in a guide groove in the closure member. According to the invention, said strips contain said guide slots and said connector members are arranged to act as guide connector members to hold said parts at a distance from one another.

Abstract: A window assembly is provided for a building wall having an aperture which includes a housing nested and secured within said aperture having side plates, top and bottom plates. Each side plate has an inwardly opening upright recess of a predetermined horizontal depth defining stop ledges. A hallow frame is snugly nested within said housing and within said recesses and bears against said top, bottom and side plates. Headed fasteners engage and project through said frame and are threaded into said housing. Said frame has an internal recess. A glazed window is nested within said recess and is swivelly mounted therein upon a vertical axis and adapted for rotation throughout 360.degree.. The swivel mounting includes pairs of vertically aligned fasteners journalled though the central top and bottom portions of the window including pivot shanks at their ends which project from the window and are threaded within corresponding threaded bores in cups secured within the frame.

Abstract: An improved, one piece, counterbalanced, canopy-type door. The door has a counterweight tube fixed to and extending along the upper edge thereof, which tube contains a counterweight mass. The counterweight tube projects outwardly beyond the front surface of the door to provide for a positive closing of the door when the door swingably approaches its closed position. The door inlcudes a frame having a pair of Z-shaped rails defining the side edges of the door, and one or more intermediate channel members disposed between and substantially parallel to the side rails. The side rails and channel members are fixed at the upper ends thereof to the counterweight tube, and are of decreasing cross-section as they extend to the lower end of the door. This permits the door to be of lighter weight yet possess increased strength so that the door is capable of withstanding substantially greater panel loads thereon, such as caused by high winds.

Abstract: A window safety system for a window having a frame with a head, a sill, and side jambs defining a sash receiving opening, and a sash member mounted in said opening for pivotal movement about a vertical axis between closed, opened and reversed positions relative to said frame, said safety system including a releasable latch assembly spaced intermediately of said pivot axis and one of said jambs for selectively interconnecting said frame and said sash for limiting the initial opening movement of said sash out of said closed position to a ventilating position, said latch assembly being key releasable for permitting further free swinging opening movement of said sash member toward a fully reversed and latched position for window washing.

Abstract: A window assembly comprises a window sash having a pair of secondary stiles which are hinged to a surrounding frame and at one of their ends to opposite sides respectively of the sash, and operating and locking mechanism including an operating member having three operating conditions whereby in a first of said conditions with the sash in a closed position the operating member locks the sash to the frame, in a second of said conditions the operating member frees the sash from the frame and locks the stiles to the sash to permit tilting of the sash with said stiles from the closed position into a ventilating position and in a third of said conditions the operating member unlocks said stiles from the sash to permit the sash to be rotated horizontally about said one end of said stiles and into a reversed position.

Abstract: A roof window whose installed frame has upper and lower horizontal members and obliquely sloping side members has a casement attached to the upper frame member by two links fastened by fixed pivot pins to the respective center portions of the side rails of the casement and to the two ends of the upper frame member. Slides on the side rails slide along the side members of the frame when the links pivot on the upper frame member while the casement pivots on the links. The casement may be locked to the links for joint movement about the pivot pins on the upper frame member toward and away from the closing position of the casement in which the casement closes the opening bounded by the members of the frame. The slides abuttingly engage the side members of the frame in the closing position of the casement and move away from the frame members when the casement swings jointly with the links away from the closing position.