Abstract: A protection device for a window opening of a motor vehicle, with a window pane shiftable between a closed position closing the window opening and an open position opening the window opening, at least one shading structure shiftable between a window shading position and a window unblocking position, and a cable drive system for driven shifting of the window pane and/or of the shading structure and having a drive and a cable strand movable by the drive. A mechanical coupling arrangement which, depending on the position of the window pane, the shading structure and movement of the cable strand, is transferable between a first coupling state, in which the shading structure is coupled to the cable strand for the driven shifting and the window pane is decoupled therefrom, and a second coupling state, in which the shading structure is decoupled from the cable strand and the window pane is coupled to the cable strand for the driven shifting.

Abstract: Implementations of detachable window systems may include: a main panel including one or more windows therein, the one or more windows in the main panel each having a window casing, a screen, and a window opening mechanism; an upper panel hingedly coupled to an upper side of the main panel; and a lower panel hingedly coupled to a lower side of the main panel opposing the upper side. The window opening mechanism on each of the one or more windows may be used to open the window to permit air to flow through the screen.

Abstract: A fenestration assembly includes a fenestration frame and a sash movably coupled with the fenestration frame. The sash includes a daylight opening having a daylight opening profile. A low profile handle assembly is coupled with the fenestration frame and the sash. The low profile handle assembly includes a sash handle coupled with the sash and a handle socket in the fenestration frame. The handle socket is configured for reception of the sash handle. The low profile handle assembly has a composite handle profile including the sash handle received in the handle socket. The composite handle profile is outside of the daylight opening profile, and the daylight opening is unobstructed at least from the low profile handle assembly.

Abstract: A side window shade device for a vehicle. The shade device includes a bottom edge for sliding into the gap formed between the side door and the side door window. Compressive force between the side door and the side door window holds the shade device in place. Extending upward from the bottom edge is a shade device body. The body is of sufficient size to block sun rays from contacting the arm of someone sitting in a seat next to the side door. In a preferred embodiment the side door is the driver's side door of an automobile and the shade device blocks sun rays from hitting the arm of the driver. Also, the shade device is curved inward to cover the arm of the driver and provide effective viewing out of the side of the car.

Abstract: A product includes a panel that can be used in place of a door in a cabinet. The dimensions of the panel are such that it covers the opening in the cabinet that was covered by the cabinet door. A pet door (e.g., an opening with a moveable flap or cover) is installed in a precut opening in the panel. A litter containment system (which includes a litter box or something else of similar purpose) can be placed inside the cabinet. A pet (e.g., a household pet such as a cat or dog) can reach the litter box or the like through the pet door. The panel includes features that allow it to be readily installed, removed, and re-installed, so that the pet owner can easily reach, remove, empty/clean, and replace a litter box or the like that is inside the cabinet.

Abstract: A window unit (102), comprising: a first sheet (301); a second sheet portion (304); a third sheet portion (308); and an actuation means. The first sheet (301) defines first high transmittance regions (302A, 302B) and first low transmittance regions (303A, 303B). The second sheet portion (304) is positioned substantially parallel to the first sheet, and defines second high transmittance regions (306A, 306B) and second low transmittance regions (307A, 307B). The third sheet portion (308) is positioned substantially parallel to the second sheet portion, and defines third high transmittance regions (309A, 309B) and third low transmittance regions (310A, 310B). The actuation means (507, 523, 524) is configured to simultaneously move the second sheet portion and the third sheet portion from an open configuration, to a closed configuration. In the open configuration the second and third high transmittance regions are aligned with the first high transmittance regions.

Abstract: Disclosed herein is an integrated regulator device of a glass and a curtain for a door, including: a motor provided in a door panel; a drive gear inserted into the motor in a vertical direction, rotatably provided, and having a shaft shape; a glass drum operated together with a glass provided in the door and inserted into the drive gear to move in the vertical direction according to rotation of the drive gear; and a curtain drum operated together with an electric curtain provided in the door, inserted into the drive gear, positioned beneath the glass drum, and moving in the vertical direction according to the rotation of the drive gear.

Abstract: A curtain integrated door regulator structure includes a motor, a drive gear, a drum retainer, a glass driving drum, a curtain driving drum, gear keys and key grooves. The motor generates a rotational driving force to rotate a driving shaft. The drive gear has a shaft receiving hole into which a driving shaft of the motor is fitted. The drum retainer has a spiral groove shaft supporting part spirally coupled to a spiral protrusion disposed on an outer circumference of the drive gear. The glass driving drum and the curtain driving drum are rotatably received in the drum retainer and disposed at an outer side of the drive gear. The gear keys are disposed on the outer circumference of the drive gear. The key grooves are formed in the glass driving drum and the curtain driving drum, respectively, and have a shape corresponding to that of the gear keys.

Abstract: A hole in a door is fitted with an insert The insert includes a frame assembly and a mounting plate which are affixed together and sandwiching portions of the door adjacent the hole therebetween. The frame assembly further includes a lattice spanning the hole. An inner door is pivotably mounted to the mounting plate for selectively opening and closing the insert. The frame assembly is configured to support a screen adjacent thereto and inboard of the inner door.

Abstract: A wood storm window includes: an upper panel including a fixed pane of glass fixed within the upper panel from the exterior side of the wood storm window; a lower panel including an insect screen secured within the lower panel from the interior side of the wood storm window; and a removeable storm sash that may be positioned at varying positions along the interior side of the wood storm window, wherein the removal of the storm sash provides access to repair or replace the insect screen without needing to remove the wood storm window from an installed position.

Abstract: A louver blind structure comprises a frame with a plurality of louver members pivotally mounted at each longitudinal end thereof to the frame so as to pivot between open and closed positions. An elongated member is movable relative to the frame and is so positioned as to engage the louver members. An actuator is mounted to the frame for selectively imparting a movement to the elongated member. When imparting a movement to the elongated member the louver members engaged thereby are caused to pivot between the open and closed positions. A kit comprising this actuator and the elongate member for a louver blind structure is also provided.

Abstract: The present invention relates generally to a mounting bracket for a modular panel. More particularly, the invention encompasses a quick roll mounting bracket for modular panels. The quick roll mounting bracket for a modular panel provides an easier/improved means for an installer to install a modular panel and to electrically and mechanically couple the modular panels together. The inventive roller bracket helps guide the modular panel during the coupling process by providing at least one wheel or a rolling interface to an otherwise metallic or metal-to-metal interface. The wheel or a rolling interface could be secured to the modular panel via at least one mounting bracket or via at least one spacer or at least one emboss.

Abstract: A window assembly (30) comprising a frame (36) in which are received sliding and security members. The security member has ventilating and non-ventilating parts (40, 32), with the sliding member (34) being slidably moveable over the security member between a first position in which air may pass through the ventilating part (40) so as to ventilate the room in which the window assembly (30) is located, and a second position in which no such ventilation can occur. The ventilating part 40 may comprise a grille, perforated sheet, lattice arrangement or the like.

Abstract: The present invention is a door with a modular frame which can be installed and removed easily. In several embodiments the door is constructed to fit in a standard interior doorway without modifications to the existing door frame. In several embodiments the opening is constructed in the upper half of the door. In several embodiments the screen is constructed in a modular frame for easy replacement of the screen if damaged or if other material such a glass or acrylic glass is desired in the opening. In several embodiments the modular frame can be replaced without tools. In several embodiments the modular frame could hold a number a different inserts. In several embodiments the door has a regular door panel on one side and an opening with a modular frame on the other side. In several embodiments the door has a self supporting screen.

Abstract: Disclosed is a device for facilitating inspection of the interior of a cabinet, whilst preventing direct physical access thereto, the device comprising: a movable shutter element, arranged to move from a closed to an open position upon insertion of a slide element, such that insertion of the slide element causes the shutter element to move in correspondence to the slide element so that the interior of the cabinet is physically shielded from the exterior.

Abstract: A sliding window assembly for a vehicle comprises a first fixed panel and a second fixed panel spaced from the first fixed panel. A sliding panel is movable relative to the fixed panels. A rail is coupled to the fixed panels. The rail has a channel portion for receiving the sliding panel and an attachment portion extending from the channel portion. The attachment portion has an interior surface. The sliding window assembly further comprises an elongated member that couples the rail to the fixed panels. The elongated member partially encapsulates the rail with a portion of the interior surface of the attachment portion free of the elongated member to present an exposed bonding surface. The exposed bonding surface allows the rail to be bonded to the flange of the vehicle for mounting the sliding window assembly to the vehicle.

Abstract: A gate assembly is provided including frame means for positioning in an opening through which selective entry is required. Barrier means are mountable on the frame means via hinge means and the barrier means are movable relative to the frame means between a closed position, wherein the opening is closed, to an open position, wherein the opening is open. An automatic closure mechanism is provided for moving the barrier means from the open position to the closed position without user intervention. The automatic closure mechanism is associated with the hinge means and includes at least one ramp or inclined surface on which at least part of the gate travels when moving between the open and closed positions.

Abstract: A sash window includes two window frames disposed in lateral juxtaposition and each including a head member, a sill member and a pair of jamb members connected together into a rectangular configuration, and a pair of upper and lower sashes supported within a respective one of the window frames. A sill nose facing member is mounted to exterior sides of the sill members and extends continuously from an outer end of one sill member to an outer end of the other sill member. Each window frame has miter joints at corners thereof so as to provide sufficient structural strength. The miter joints formed between the sill member and the jamb members are covered or concealed and do not deteriorate an aesthetic appearance of the sash window.

Abstract: A door positioning system is provided. The system includes a first member and a second member. The first member is attached to an exterior door at a first end of the first member and to an anchor location at a second end of the first member opposite the first end. The first member includes a locking region. The second member is configured to engage the locking region of the first member if the exterior door is opened a first threshold amount. The second member and locking region are configured to hold the exterior door in an open position if the second member is engaged with the locking region. The second member and locking region are configured to disengage if the exterior door is opened a second threshold amount beyond the first threshold amount. The exterior door is able to close with the force of the door closer if the second member is disengaged from the locking region.

Abstract: An external grille assembly for a door. The external grille assembly can include a door insert. The insert can have a translucent panel, an exterior frame with screw bosses, an interior frame with screw bosses attached to the exterior frame, a connector hole formed in one of the screw bosses, and a connector engaged within the connector hole. The connector can provide attachment between the insert and an external grille. The external grille can be removably and pivotably mounted to the insert and connector with a pin. The connector can include a first plate connected to a second plate, a first tubular disposed within the connector hole, a fastener engaging the first tubular within the connector hole and attaching the connector to the insert, and a second tubular for receiving the pin. Also disclosed is a method a making the external grille assembly.

Abstract: A construction product such as a window or door includes a multi-functional thermal break. The thermal break serves to contact and support elements of the frame of the construction product. The thermal break also provides one or more additional structural functions for the construction product.

Abstract: An apparatus for covering an opening of a building comprising a plurality of rectangular panels. The panels are sized such that when they are stacked for storage, the panels nest together.

Abstract: An energy saving grate system installed outside a building or structure in warm weather that reduces heating due to infrared radiation (IR) from sunlight. For a window application the grate acts as a sunshade to block or diffuse the IR and ultraviolet (UV) portions of sunlight while passing visible light. The grate cell size, depth, cell surface characteristics, and mounting details near the sash determine system performance of sunlight control, of the view through the grate, and of the exterior appearance. The grate is removable for cool weather. The grate system can cool various surfaces and requires no operating adjustments. It can be applied near most windows (including skylights) on all sides of a building where impinging sunlight causes unwanted heating. Compared to external solar thin mesh screens the grate system can provide more open area for a given performance in reduced IR heating.

Abstract: An improved method of installing a storm window in a prime window includes application of locking clips at predetermined locations around the frame of the prime window. The storm window is positioned over the prime window and swung into place, whereupon the storm window frame snaps and is locked into place by the clips. Bulb seals around the storm window frame compress between the storm window frame and the frame of the prime window to insure a complete and reliable seal against the elements and maximize sound abatement.

Abstract: A window assembly includes a main outer support frame supporting at least one movable rectangular sash frame enclosing an insulated glass panel. The sash frame is supported for vertical or horizontal movement between open and closed positions, and an interlocking system is effective to lock adjacent overlapping sash frame members. The interlocking system includes an angular metal clip member mounted on one sash frame member and having a flange projecting into a slot within the adjacent sash frame member. A pair of clip members are located under the tilt latches on single and double hung window assemblies and are secured to a vertical sash frame member on a horizontal sliding window assembly. The interlocking system responds to a substantial positive or negative wind load or such a wind load after an impact which breaks a glass panel, to limit deflection and prevent permanent deformation or release of the movable sash frame.

Abstract: An improved method and system of temporarily attaching a frame to a masonry building structure. A circular base mount is inserted into a circular sleeve, that has been pre-drilled into masonry by a coring bit. The masonry core is left in place. The circular base has contact with the inner surface of the core, the outer surface of the core, and the top of the core. Adhesive is used to permanently cement the base mount to the masonry core, providing abundant surface area for extra holding power. The base mount has a hooked top web for permanent or temporary connection to a female mount that is held in place to the base mount by rotation and locking. The female mount can be attached to a shutter, providing protection against hurricane winds.

Abstract: A first substantially transparent window, a tinted window, and a tinted window moving device may be provided in an automobile. The tinted window moving device can be controlled to place the tinted window in a first state or a second state. In the first state the tinted window is substantially aligned with the first substantially transparent window so that in order to see out of the first substantially transparent window, an individual must look through the tinted window also. In the second state the tinted window is not substantially aligned with the first substantially transparent window, so that an individual can see out of the first substantially transparent window without looking through the tinted window also.

Abstract: An apparatus for covering an opening of a building comprising a plurality of rectangular panels. The panels are sized such that when they are stacked for storage, the panels nest together.

Abstract: A method of controlling an operation of an induction actuated container cover includes the steps of (a) normally retaining a cover panel of the container cover in a closed position; (b) detecting a target movement of a user by a sensor; (c) generating a first actuating signal to an actuation unit when the sensor detects the target movement of the user; (d) generating an actuation output from the actuation unit to the cover panel of the container cover, wherein the actuation output contains a decelerating and torque enhancing force which moves the cover panel of the container cover at an opened position; (e) pivotally actuating the cover panel of the container cover at the opened position via the actuation output to expose a storage cavity, and (f) generating a second actuating signal to pivotally actuate the cover panel of the container cover back to the closed position.

Abstract: A window module for a school bus includes a frame, a fixed window panel affixed to a portion of the frame, a perimeter panel secured to another portion of the frame and defining an opening at the other portion of the frame, and a movable window panel. The movable window panel is slidably positioned at the frame and movable along channel members and interiorly of the fixed window panel when opened and interiorly of and generally at the perimeter panel when at least partially closed. The exterior surfaces of the fixed window panel and of the perimeter panel may form a generally flush surface at an exterior of the school bus when the window assembly is installed at the school bus.

Abstract: The present invention relates to an automatic window system consisting of a frame, two movable window casements, one on the outside and one on the inside of a building, and of a mechanism, which opens and closes the afore-mentioned window casements independently of each other. Glass panels having certain physical and optical properties may also be included, as well as a motor-driven blind and a rolled curtain, which together regulate the climate and temperature of the building. In one embodiment, the heat flow between the glass panels can be manipulated.

Abstract: A sash window includes two window frames disposed in lateral juxtaposition and each including a head member, a sill member and a pair of jamb members connected together into a rectangular configuration, and a pair of upper and lower sashes supported within a respective one of the window frames. A sill nose is mounted to exterior sides of the sill members and extends continuously from an outer end of one sill member to an outer end of the other sill member. Each of the upper sashes is fixed to the respective one of the window frames by attachment members.

Abstract: A flood barrier system for sealing an opening in a wall structure against the inflow of flood waters. The system comprises a plurality of elongated, horizontally disposed barrier elements of a length somewhat greater than the width of the opening. The barrier elements are stacked vertically, one upon the other against the outer face of the wall structure. End clamps engage opposite ends of the individual barrier elements to press them snugly against the outer surface of the wall, providing seals along the opposite vertical side edges of the opening. A simplified clamping mechanism is provided above the uppermost barrier element, with provisions to apply vertically downward clamping pressure on the uppermost barrier element, and thus upon the entire series of vertically stacked barrier elements.

Abstract: An Adjustable flood-resistant barrier for removable installation in a window or door opening or the like. A laterally adjustable frame is received within an elastic envelope and can be laterally expanded to engage the sides and bottom of the opening. An adjusting mechanism includes a shaft, which projects upward above the top of the frame, approximately in the center thereof, and mounts a handle for both carrying the panel and rotating the shaft to effect width adjustments of the panel. An improved peripheral seal minimizes the likelihood of leakage at the corners. For wide openings, mullions are provided to support central areas and to increase downward sealing pressures in the center of the panel. Mullions can also be positioned between an opposed pair of barrier panels for closing off unusually wide openings.

Abstract: A window module for a school bus includes a frame, a fixed window panel affixed to a portion of the frame, a perimeter panel secured to another portion of the frame and defining an opening at the other portion of the frame, and a movable window panel. The movable window panel is slidably positioned at the frame such that opposite perimeter edges of the movable window panel are slidably engaged with opposite channel members of the frame. The movable window panel is movable along the channel members and interiorly of the fixed window panel when opened and interiorly of and generally at the perimeter panel when at least partially closed. The exterior surfaces of the fixed window panel and of the perimeter panel form a generally flush surface at an exterior of the school bus when the window assembly is installed at the school bus.

Abstract: A mullion for a window frame is formed by two frame members back to back to form the mullion. The facing surfaces are connected by providing aligned first and second recesses therein where each of the recesses has a mouth at the which is narrower than a base and has a connecting member along the aligned recesses with a portion of the connecting member within each recess as a loose fit. Each connecting member has associated with it an insert member with an insert portion between the outer surfaces of the first and second frame members forcing the outer surfaces apart to tighten the connecting member and a cover portion covering a junction between the side surfaces.

Abstract: A shutter assembly (24) mounts to a structure (20) and provides storm and security protection to an opening (22). The assembly comprises an upper track (28) and a lower track (30) each extending between first and second proximal and distal ends (34, 38), respectively. A pair of decorative shutters (26) are spaced from one another and disposed adjacent to the tracks (28, 30). A plurality of panel assemblies (46) are in sliding engagement with the upper and lower tracks (28, 30) for covering the opening (22) and each comprises upper and lower rails (52, 54) and a pair of stiles (56) extending therebetween and a panel (58). The panel (58) defines a retention portion (66) disposed along side edges (64) extending outwardly from a plane (68) of the panel (58). Each of the stiles (56) define a stile channel (72) having a configuration corresponding to the retention portion (66) to create an interference fit between the stile channel (72) and the panel (58) for allowing movement when the panel (58) flexes.

Abstract: A window assembly includes a window frame defining a frame perimeter and at least one window mounted in the frame. A media panel incorporating a video display is associated with the window assembly and can be moved selectively into the frame perimeter for displaying video information and out of the frame perimeter for storage when not in use. A motorized transport mechanism is coupled to the media panel for selectively and automatically moving the media panel between its storage and operational positions.

Abstract: A window design is provided with a pair of vertical jambs, a head jamb, a meeting rail and a sill. In one embodiment, an upper sash is secured in a fixed position between the vertical jambs, head jamb and meeting rail. Interior jambs are provided to extend outwardly from interior faces of the window frame and slidably receive a lower sash that is selectively moved between open and closed positions. A screen may be optionally secured to the exterior face of the window frame to allow the simultaneous use of the screen and the sliding lower sash. The window design retains a historic exterior appearance of the window while providing improved conveniences and durability.

Abstract: Upper and lower window track strips each define an elongate panel receptacle of generally rectangular configuration for receiving an edge portion of a structural panel in tight fitting serration retained relation therein. The upper and lower window track strips define wall structures forming a pair of upper and lower window guide tracks, respectively, thereby allowing a pair of window panes to be moved in sliding fashion between the upper and lower guide tracks to open or close the windows. The upper window guide tracks are deeper than the lower window guide tracks to permit the window panes to be moved upwardly and laterally for removal. Rainwater collected within the lower guide tracks drains at the ends of the lower guide tracks or via drain holes therein. The lower window track strip is provided with a resilient cushion strip to protect objects such as guns, camera lenses and the like that contact the lower window track strip.

Abstract: An assembly of sashes containing investitures, such as venetian blinds and/or mesh screens, for application adjacent the inside surfaces of sliding glass doors. In one embodiment, the sashes are suspended from inner and outer tracks of a rail in sliding overlapping relationship. The rail can be secured to the underside of a header disposed along the inside width of the sliding glass doors.

Abstract: A window assembly (10) with its glazing frame that stays independently from lateral movement of building main structure (44) is disclosed. The window assembly (10) includes an outer retaining frame (12) and an inner glazing frame (14). The outer retaining frame (12) is attached to the building main structure(44). The glazing frame holds glass pane (20), and sits inside the outer retaining frame (12). Between the outer retaining frame (12) and the inner glazing frame (12) is a predetermined clearance space (X) and (Y), at their vertical edges and their top edge. The resulting window assembly allows the glazing frame to retain its shape, while the outer retaining frame (12) moves laterally with the main structure (44) during an earthquake or blast, thereby minimizing the chance of glass breakage. Application of glazing gasket (32) or sealant (54) provides watertight result to the window assembly (10).

Abstract: A refrigerator with a home bar door is smoothly and automatically opened and includes an automatic opening unit, a hook unit, a latch unit, and a damping unit. The automatic opening unit pushes the home bar door to a predetermined angle, so that the home bar door is automatically opened by gravity. The hook unit cooperates with the latch unit to lock or unlock the home bar door. The damping unit includes a casing and is connected to at least one hinge shaft. The automatic opening unit is provided with a push rod and an elastic member to open by a rotation thereof. The home bar door is rotated to be opened. A rotary member is rotatably installed in the casing, with oil contained therein to reduce rotating speed of the rotary member. An associated hinge shaft engages with the rotary member to rotate along with the rotary member.

Abstract: A gear shaft assembly for actuating linear movement of an object, including a lower channel assembly, which includes: (a) a threaded rod; (b) a first gear adjacent an end of the threaded rod; (c) a second gear engageable with the first gear and attached to the end of the threaded rod; (d) a mechanism for driving the first gear against the second gear; (e) at least one threaded journal bearing threaded on the correspondingly threaded rod; (f) at least one bearing housing supporting the at least one journal bearing; (g) a movable carrier arm mounted on the threaded rod and attachable to the object; wherein, when the drive mechanism activated, the first gear drives the second gear, rotating the threaded rod, and moving the carrier arm on the threaded rod. A tandem gear shaft assembly and a method for installing a gear shaft assembly and shutter on a window are also included.

Abstract: The Invention is a window blind with an integral, adjustable light shelf to control the entry of light into a room through a window. The blind may be a roller blind or any other suitable blind and controls entry of light through a lower portion of the window. The light shelf controls entry of light through an upper portion of the window and may be adjusted to reflect incident sunlight onto the ceiling of the room to provide indirect lighting to the room. The light shelf may be adjusted to substantially or partially exclude light from the room.

Abstract: A window covering includes a frame including an upper wall and a lower wall, a first side wall and a second side wall. A window is mounted in the frame and has a length less than a length of the upper and lower walls. A guide assembly extends along a length of the frame. Each of a pair of panels is positioned in the guide assembly such that the panels are orientated substantially parallel to the window. The panels are selectively positioned in a closed position abutting each other in front of the window or in an open positioned spaced from each other.

Abstract: A sliding closure system comprising a frame and at least one slidable leaf member. The frame has a frame upper member and a frame lower member each being formed with at least one longitudinal groove. A groove filling device comprising an elastic member and an elongate filling member is disposed in the longitudinal groove of the frame lower member. A lower member of the slidable leaf member includes a height control roller having a projection that is received in the longitudinal groove of the frame lower member for guiding the slidable leaf member longitudinally of the frame lower member.

Abstract: A selectively positionable covering arrangement comprises a slotted track member mounted to a vertical wall and extending across the top of an opening in the wall, at least first and second cover members one of which is mounted to the track and relatively laterally slidable between a first position wherein the cover members are coplanar with one another and in parallel juxtaposed covering relation with a respective first and second closure members of the opening and into a second position wherein the cover members are in spaced parallel juxtaposed relation with one another and juxtaposed with one of the closure members whereby to uncover the other of the closure members.

Abstract: An auxiliary window assembly is adapted to be installed adjacent an aperture formed in a lower portion of a vehicle door. The vehicle door can be of the type that includes a window opening formed in an upper portion thereof. The auxiliary window assembly preferably includes a windowpane member and a shield member, each of which is operable to be controlled by a window regulator mechanism or the like to move from an upper closed position visible in the aperture to a lower open position. The auxiliary window assembly also includes lighting mounted in the door adjacent the aperture.

Abstract: The present invention relates to a method for installing and adjusting a door seal device on a door leaf for the purpose of sealing off a lower door gap, the door seal device having at least one trigger on the hinge side and/or lock side and the door seal device initially being installed in such a way that the trigger has a greater projection than necessary and the door is then closed, an axial displacement of the trigger with respect to a transmission element connected to the latter occurring as a result of a floor contact pressure of a seal profile that exceeds a reference value, which leads to self-adjustment of the extent of the projection of the trigger, and the trigger then remaining in this adjusted position when the door is reopened.