DE202022104654U1 - Profile arrangement of a window or a door with a casement profile, in particular a sliding casement profile - Google Patents

Abstract

Profile arrangement (1) of a window or a door (4), consisting of a casement profile (2), in particular a sliding casement profile, a frame profile (3) and an attachment profile (5) attached to the frame profile (3), the attachment profile (5) on a vertical frame member (19) of a so-called locking side accommodates a gap (50) spaced apart from each other for locking engagement elements (13), which interact with locking elements (12) fastened to the sash profile (2) and displaceable on an actuating mechanism (8) and in a closed position of the window or the door (4) achieve locking, with a profile strip (49) being arranged on the vertical frame member (19) which fills the free gap (50) between the bolt engagement elements (13) flush with the visible surface (51) of the bolt engagement elements (13 ) covered, characterized in that at the respective ends (52, 53) of the vertical frame member (19) at the transition to the horizontal frame member (17, 18) the so-called A shaped part (54) is arranged in the nth joint area, with a first receiving groove (55) of the shaped part (54) engaging behind a guide web (14) of the vertically arranged attachment profile (5) in a form-fitting and displaceable manner and with a second receiving groove (56) of the shaped part (54). vertical displacement in the guide web (14) of the horizontally arranged attachment profile (5) positively engages and forms a non-displaceable connection with the frame profile (3), the profile strip (49) reaching up to the molded part (54).

Description

The invention relates to a profile arrangement of a window or a door, consisting of a sash profile, in particular a sliding sash profile, a frame profile and an extension profile, with a profile strip arranged on the vertical frame profile on the locking side between latch engagement elements, with attachment of the extension profile and the profile strip to the frame profile, which separated by a rebate area in a rebate circumferential direction opposite the casement profile and with a displacement of the casement profile relative to the frame profile in a direction transverse, in particular perpendicular, to the main plane of the window or the door according to the preamble of claim 1.

Movable sash profiles as sliding sashes, or parallel-opening sliding sashes of a window or a door, are known in a wide variety of designs and, in the simplest case, consist of a profile arrangement with a sash profile as a sliding sash arranged in an outer frame profile for opening and closing and of one, also in the frame profile arranged additional door or window element, such as fixed leaf or fixed field.

The closed sliding sash can be locked on the frame profile on its side facing away from the door or window element by actuating an actuating mechanism provided in the sash profile and thus secured against unauthorized opening. Horizontally movable sliding panels with a parallel shut-off device are usually accommodated so as to be displaceable above or below the sliding panel. When opening, usually with an operating handle on the sliding sash, the sliding sash is parked perpendicular to the main plane of the frame profile with the seals, making it easier to run. The open sliding leaf can then be pushed in front of an adjacent passive leaf. Parallel shutter sash profiles with a small opening dimension in the open position of the sash profile to the frame profile are only designed for free sliding. When closing, the sliding sash is drawn against the frame profile, with the seals of the sash profile pressing against the frame profile again. Opening and closing is also possible via electric, hydraulic or pneumatic actuators.

through the DE 102016119515 A1 discloses a sliding door unit with a window frame and a sliding door that can be moved within the window frame, in which at least one fitting is installed. Across the height of a frame profile of the blind frame, several locking bolts are provided, which can be brought into engagement with an associated locking element. Alternatively, several locking bolts can also be provided over the height of a frame profile of the sliding door, which are each brought into engagement with a lock housing on the window frame. In one embodiment, a blocking element is provided which blocks actuation of a sliding door lock when the locking bolt is in a retracted position. Locking of the sliding door occurs when the locking bolt is in the extended position and can lock with the locking member. The blocking element can be brought into engagement with the locking bolt or with a component connected to the locking bolt in order to block an actuating element for locking the sliding door in the retracted position of the locking bolt. The actuating element for locking the sliding door can then only be moved completely when the locking bolt is in an extended position.

The locking elements attached to the frame profile are mounted with conventional fastening screws. Furthermore, the locking elements are placed in elaborately milled recesses on the vertical frame member of the frame profile or are screwed onto the frame member. In the case of the milled variant, the optics prove to be advantageous, but at the expense of the effort with very high production costs. A variant with good optics with little effort in assembly and cost-effective production is not known.

the DE 7247268 U1 discloses a profile arrangement for lifting and/or sliding windows or doors with a frame profile of a frame and attachment profiles, for the arrangement of which on the frame profile of a frame corresponding recesses are provided in this, and with a frame profile which faces away from a pane or a panel Side has two legs running parallel to the outer boundary sides on the outside, between which a cavity open towards the leg ends is arranged, with recesses being required in the leg ends to accommodate sealing strips and a roller fitting being provided in the cavity or the cavity being provided with an additional profile is sealable.

The known arrangement is subject to the shortcoming that, in the profile arrangement shown in the application for lifting and/or sliding windows or doors, additional profiles, in particular an attachment profile for a seal with a sliding guide function and an attachment profile for load-bearing Running elements must be provided, which affects the manufacturing costs and storage costs due to different variants, thereby increasing the overall cost of the window or door. Furthermore, the known profile arrangement with different attachment profiles results in increased assembly costs. The cutting to the length and the allocation of the assembly location complicate the assembly of the attachment profiles due to different profile cross-sections. In addition, the type and position for connecting the attachment profiles to the profile arrangement has to be readjusted again and again due to the different profile cross-sections. In addition, the attachment of the attachment profile to the frame proves to be complicated, since the installation is carried out using conventional attachment means, such as attachment screws, which involves a considerable amount of time and money.

None of the known profile arrangements has an attachment profile which can be mounted almost all the way around the profile arrangement and which is in operative connection with the functional components of the parallel-opening sliding fitting of the window or door, with the attachment profile being applicable for receiving bolt engagement elements and connecting elements such as a molded part according to the invention that at the joint areas between the vertical and horizontal frame bars of the frame profile accommodates a profile strip which covers the gap or the intermediate space from the bolt engagement element to the bolt engagement element and the bolt engagement element up to a joint area between the vertical frame bar and the horizontal frame bar of the frame profile and contributes to a good look and increased security against unauthorized interference in a locked closed position of the sash profile to the frame profile. In addition, the sealing function increases, especially in driving rain.

The object of the invention is to provide a functionally reliable and compact profile arrangement for a window or a door, in particular for a sliding sash as a parallel sliding sash, which eliminates the above disadvantages and has a good appearance for the window or door at low cost is and improves the guiding function and adjustment of the functional components of the parallel locking sliding fitting in a simple, fast, safe and precise manner with little installation space and at the same time contributes to the sealing function.

According to the invention, the object is achieved by the profile arrangement with a parallel-opening sliding fitting for a window or a door, in particular a sliding sash as a parallel-opening sliding sash according to claim 1. Advantageous refinements of the invention result from the features of the dependent claims.

It is essential here that the profile arrangement of a window or door consists of a sash profile, in particular a sliding sash profile, a frame profile with an attachment profile and a profile strip, the profile strip being connected to the attachment profile on the vertical frame profile on the locking side. The attachment profile is preferably fastened to the frame profile and arranged opposite the sash profile separated by a rebate area in a rebate circumferential direction. For a displacement or an offset movement of the sash profile to the frame profile, the sash profile is movably connected relative to a frame profile in a direction transverse, in particular perpendicular, to the main plane of the window or door with an actuating mechanism arranged on the sash profile and a displacement device in the circumferential direction of the rebate, the sash profile at least one running element with running rollers is assigned for a displacement that can be displaced parallel to the frame profile. For this purpose, the actuating mechanism arranged on the casement profile comprises displaceable locking elements which form a locked closed position of the window or door with locking engagement elements arranged on the frame profile.

For a firm connection of the profile strip and for a consistently good appearance on the lockable closure side of the window or door, a molded part is arranged according to the invention at the respective ends of the vertical frame bar at the transition to the horizontal frame bar the so-called joint area. For a firm seat of the molded part on the frame profile, the molded part has a first receiving groove which positively engages behind the guide bar of the vertically arranged attachment profile by screwing transversely to the longitudinal direction of the attachment profile. Furthermore, the molded part is guided with vertical displacement on the guide bar and is moved by the hook-like undercut on the vertical extension profile in the direction of the horizontal frame bar below or frame bar above to the attachment profile into an end position, with a second receiving groove of the molded part engaging in the guide bar of the horizontally arranged attachment profile in a form-fitting manner and forms an immovable connection with the frame profile.

A simple and tool-free assembly is achieved in that the molded part in the first receiving groove has a projecting arranged approach, which engages in the clearance or undercut of the guide bar and the ver forms sliding undercut of the molded part to the guide bar of the approach profile.

It is also optically and constructively advantageous that the molded part with a visible external partial circumferential plane is almost flush with a likewise visible outer circumferential surface of the profile strip, an extension of the profile strip in the direction of the upper end and lower end of the vertical frame spar at the transition to the horizontal frame spar at the top and Frame spar forms the so-called joint areas below. For this purpose, the molded part on the opposite side of the first receiving groove in cross-section has a partial circumferential step, which divides the molded part in the longitudinal direction into a first plane and a second plane.

Preferably, the first level of the molded part accommodates the profiled strip, covering part of its circumference. With the same cross-section of the shoulder from the first level to the second level as the profile bar, seamless positioning between the profile bar and the molded part is made possible.

A high level of stability and a compact, one-piece, functional design for easy assembly is achieved by the fact that the profile strip, which has a U-shaped cross section, is formed from two side bars and a cover rail, with the side bars forming a projection on the respective inner surfaces in the longitudinal direction snap into a longitudinal groove of the molded part with an inner surface of the cover rail resting on the first level of the molded part and secure the profile strip transversely to the longitudinal direction against horizontal displacement. With a firm seat of the molded part attached to the frame profile attachment profile, the profile strip is consequently also given a stable connection to the frame profile by the latching connection on the molded part. The other free end of the profile strip can be connected in an advantageous manner to one of the latch engagement elements, also in a similar latching variant via the shape of the profile strip with the projections. All functional components, at least on the locked locking side of the vertical frame profile, can be easily installed without additional fasteners such as fastening screws and without assembly aids.

The attachment profile achieves a high level of stability and a compact, one-piece, functional design with a base plate that has a guide bar and a leg that protrudes vertically.

For easy assembly and absorption of heavy weights, the base plate is fastened almost flush to an inner surface of the respective horizontal and vertical frame bars of the frame profile. For the sake of simplicity, the attachment profile can be attached to the frame profile by gluing, clamping and/or by means of fastening screws.

It is also optically and structurally advantageous that the leg of the attachment profile with a visible outside side wall almost flush with a likewise visible outer surface of the frame profile forms an extension of the frame profile in the direction of the sash profile, covers the rebate area and partially fills the interior of the window or door . Furthermore, the visible side wall forms a stop edge for a flap of the wing profile and the seal arranged on the flap.

In a further embodiment of the invention for a tight fit and a good look, the second level of the molded part and an outer surface of the side bar of the profile strip is flush with the inner wall of the leg on the attachment profile. By resting on the side bar of the attachment profile and extending beyond the side bar into the rebate area in the direction of the sash profile of the molded part, the profile strip and also the locking engagement elements, the stability in the locked closed position of the sash profile to the frame profile is increased in an advantageous manner.

• 1 eine perspektivische Darstellung einer von der Rauminnenseite dargestellten Vorderansicht eines Fensters oder einer Tür, im Beispiel eines Flügelprofils mit einem verdeckten aber zur Kenntlichmachung sichtbar dargestellten Betätigungsmechanismus und einer Verlagerungsvorrichtung für eine parallele Abstell- und Verriegelungsfunktion des Flügelprofils, im geschlossenen Zustand und mit einem am Rahmenprofil aufweisenden Standflügel,
• 2 eine perspektivische Darstellung nach 1 mit einem Ansatzprofil und den am Ansatzprofil angeordneten oder gekuppelten Funktionsbauteilen eines Parallelabstell-Schiebebeschlags,
• 3 ein vergrößerter Ausschnitt nach 2 in einer Schnittdarstellung am vertikalen Rahmenholm des Fensters oder der Tür mit einem Riegeleingriffselement in rastender Wirkverbindung mit dem Ansatzprofil und einer auf dem Riegeleingriffselement gerasteten Profilleiste,
• 4 ein vergrößerter Ausschnitt nach 2 in einer Schnittdarstellung am vertikalen Rahmenholm des Fensters oder der Tür mit einem erfindungsgemäßen Formteil in rastender Wirkverbindung mit dem Ansatzprofil,
• 5 ein vergrößerter Ausschnitt in einer Schnittdarstellung am vertikalen Rahmenholm des Fensters oder der Tür mit einem erfindungsgemäßen Formteil während einer eindrehenden Montage für die rastende Verbindung mit dem Ansatzprofil nach 4,
• 6 eine Verlagerungsvorrichtung in einer weiteren perspektivischen Darstellung,
• 7 eine Schnittdarstellung durch den oberen horizontalen Holm des Fensters oder der Tür nach 1 mit einer in einer Profilnut des Flügelprofils angeordneten Verlagerungsvorrichtung in einer Seitenansicht in Wirkverbindung mit dem am Rahmenprofil angeordneten Ansatzprofil,
• 8 eine Schnittdarstellung durch den unteren horizontalen Holm des Fensters oder der Tür nach 1 mit einer in einer Profilnut des Flügelprofils angeordneten Verlagerungsvorrichtung in einer Seitenansicht in Wirkverbindung mit dem am Rahmenprofil angeordneten Ansatzprofil,
• 9 eine Schnittdarstellung durch den unteren horizontalen Holm des Fensters oder der Tür in einer parallel abgestellten und verschiebbar geöffneten Funktionsstellung des Flügelprofils zum Rahmenprofil und in kuppelnder Lage mit einer in einer Profilnut des Flügelprofils angeordneten Verlagerungsvorrichtung in einer Seitenansicht und verschiebbaren Wirkverbindung mit dem am Rahmenprofil angeordneten Ansatzprofil,
• 10 eine Schnittdarstellung durch den unteren horizontalen Holm des Fensters oder der Tür nach 1 mit einem in einem Falz am Flügelprofil angeordneten Laufelement mit Laufrollen in einer Seitenansicht in Wirkverbindung mit dem am Rahmenprofil angeordneten Ansatzprofil,
• 11 eine Schnittdarstellung durch den unteren horizontalen Holm des Fensters oder der Tür in einer parallel abgestellten und verschiebbar geöffneten Funktionsstellung des Flügelprofils zum Rahmenprofil und in kuppelnder Lage mit einem in einem Falz am Flügelprofil angeordneten Laufelement mit Laufrollen in einer Seitenansicht und verschiebbaren Wirkverbindung mit dem am Rahmenprofil angeordneten Ansatzprofil,
• 12 eine Schnittdarstellung durch den unteren horizontalen Holm des Fensters oder der Tür nach 1 mit Entfall des Flügelprofils, mit einem Rahmenprofil und einem auf dem Rahmenprofil befestigten Ansatzprofil und mit einem in dem Ansatzprofil eingeschnappten Funktionsbauteil, insbesondere ein Anschlagpuffer mit einem Befestigungsmittel zur lage positionierten Befestigung in dem Ansatzprofil,
• 13 eine perspektivische Darstellung nach 2 aus einer anderen Perspektive mit dem erfindungsgemäß kenntlich gemachten Formteil während der drehbaren Montage zum Einrasten in das Ansatzprofil nach 5 in den vertikalen Rahmenholm des Rahmenprofils mit weiteren gekuppelten oder befestigten Funktionsbauteilen der Riegeleingriffselemente eines Parallelabstell-Schiebebeschlags,
• 14 eine perspektivische Darstellung nach 2 aus einer anderen Perspektive mit dem erfindungsgemäß kenntlich gemachten Formteil im montiert eingehakten Zustand mit dem am vertikalen Rahmenholm befestigten Ansatzprofil und in horizontal formschlüssig justierter Verbindung mit dem am horizontalen Rahmenholm angeordneten Ansatzprofil und einem am vertikalen Ansatzprofil befestigten Riegeleingriffselement und
• 15 eine perspektivische Darstellung nach 14 aus einer anderen Perspektive mit dem erfindungsgemäß kenntlich gemachten Formteil im montiert eingehakten Zustand mit dem am vertikalen Rahmenholm befestigten Ansatzprofil und in horizontal formschlüssig justierter Verbindung mit dem am horizontalen Rahmenholm angeordneten Ansatzprofil, weiter mit einem am vertikalen Ansatzprofil befestigten Riegeleingriffselement und einer den Spalt oder Zwischenraum füllenden Profilleiste.

Further advantageous configurations result from the drawings. It shows:

• 1 a perspective representation of a front view of a window or a door shown from the inside of the room, in the example of a casement profile with a concealed but visible operating mechanism shown for identification and a displacement device for a parallel parking and locking function of the casement profile, in the closed state and with a frame profile having inactive leaf,
• 2 a perspective view 1 with an attachment profile and the functional components of a parallel parking sliding fitting arranged or coupled to the attachment profile,
• 3 an enlarged section 2 in a sectional view on the vertical frame bar of the window or door with a latch engagement element in latching operative connection with the attachment profile and a latched on the latch engagement element profile strip,
• 4 an enlarged section 2 in a sectional view on the vertical frame bar of the window or door with a molded part according to the invention in locking operative connection with the attachment profile,
• 5 an enlarged detail in a sectional view on the vertical frame bar of the window or door with a molded part according to the invention during a screwing-in assembly for the locking connection with the attachment profile 4 ,
• 6 a displacement device in a further perspective view,
• 7 a sectional view through the upper horizontal bar of the window or door 1 with a displacement device arranged in a profile groove of the wing profile in a side view in operative connection with the attachment profile arranged on the frame profile,
• 8th a sectional view through the lower horizontal bar of the window or door 1 with a displacement device arranged in a profile groove of the wing profile in a side view in operative connection with the attachment profile arranged on the frame profile,
• 9 a sectional view through the lower horizontal bar of the window or door in a parallel parked and slidably open functional position of the sash profile to the frame profile and in a coupling position with a displacement device arranged in a profile groove of the sash profile in a side view and slidable operative connection with the attachment profile arranged on the frame profile,
• 10 a sectional view through the lower horizontal bar of the window or door 1 with a running element arranged in a rebate on the sash profile with rollers in a side view in operative connection with the attachment profile arranged on the frame profile,
• 11 a sectional view through the lower horizontal bar of the window or door in a parallel parked and slidably open functional position of the sash profile to the frame profile and in a coupling position with a runner element arranged in a fold on the sash profile with rollers in a side view and slidable operative connection with the one arranged on the frame profile neck profile,
• 12 a sectional view through the lower horizontal bar of the window or door 1 with the omission of the sash profile, with a frame profile and an attachment profile attached to the frame profile and with a functional component snapped into the attachment profile, in particular a stop buffer with a fastening means for position-positioned attachment in the attachment profile,
• 13 a perspective view 2 from a different perspective with the molded part identified according to the invention during the rotatable assembly for snapping into the attachment profile 5 in the vertical frame member of the frame profile with other coupled or attached functional components of the bolt engagement elements of a parallel parking sliding fitting,
• 14 a perspective view 2 from another perspective with the molded part identified according to the invention in the mounted hooked state with the attachment profile attached to the vertical frame member and in a horizontally positively adjusted connection with the attachment profile arranged on the horizontal frame member and a latch engagement element attached to the vertical attachment profile and
• 15 a perspective view 14 from another perspective with the shaped part identified according to the invention in the mounted hooked state with the attachment profile attached to the vertical frame member and in a horizontally positively adjusted connection with the attachment profile arranged on the horizontal frame member, further with a bolt engagement element attached to the vertical attachment profile and a gap or space filling profile bar.

the 1 The drawing shows a front view of a window or a door 4 with a profile arrangement 1, which has a stationarily mounted sash profile or a fixed door panel 34 in a fixed frame profile 3 on a first side and on a second side of the frame profile 3 for a locked closed position facing a movable sash profile 2, in particular a sliding sash profile or parallel-opening sliding sash profile, an attachment profile 5 is fastened. The movable wing profile 2 is relative to the fixed frame profile 3 and the permanently mounted wing profile or door panel 34 from the 1 indicated locked closed position in a parallel parked position 9 and 11 adjustable and then from the area of the passage opening of the fixed frame profile 3 in the horizontal direction in front of the built-in wing profile or the fixed door panel 34 slidable, as from the 1 with the indication of the direction of the arrow 35 can be seen.

So that these two positions for parallel parking and moving the wing profile 2 relative to the fixed frame profile 3 and the permanently mounted wing profile or the fixed field 34 are possible, between the wing profile 2 and the fixed frame profile 3 a special fitting arrangement, namely a so-called parallel parking sliding fitting provided by the or in the 1 , and 2 an actuating handle 36 on the displaceable wing profile 2, an actuating mechanism 8 with an actuating gear, a displacement device 9 and in 1 a locking device 37, 38 and a running element 10 has. In addition, on the frame profile 3 after 1 until 3 on the lower and upper horizontal frame member 17, 18 and on the vertical frame member 19, an attachment profile 5 attached. A locking device 37 with locking members 12 on the actuating gear of the actuating mechanism 8 in connection with arranged on the frame profile 3 bolt engagement elements 13 after 2 and 3 , contribute to the locking and promote the longitudinal and lateral movement of the sliding sash profile 2, optionally in cooperation with the operating mechanism 8 through beveled locking members 12 and locking engagement elements 13 on the attachment profile 5 of the frame profile 3.

The attachment profile 5 fastened to the frame profile 3 is arranged opposite and separated from the casement profile 2 by a rebate region 6 in a rebate circumferential direction 7 . For displacement of the displaceable sash profile 2 relative to the frame profile 3 in a direction transverse, in particular perpendicular to the main plane of the window or the door 4, the actuating mechanism 8 and the displacement device 9 are arranged on the sash profile 2 so that they are movably connected in the circumferential direction of the rebate 7, with the sash profile 2 at least the running element 10 is associated with running rollers 11 for a parallel to the frame profile 3 displaceable displacement. The actuating mechanism 8 arranged on the casement profile 2 comprises for a locked closed position on the closing side displaceable locking elements 12, which form a locked closed position of the window or the door 4 with locking engagement elements 13 assigned to the frame profile 3 and the attachment profile 5. With a vertical arrangement of the attachment profile 5 on the vertical frame member 19 of the frame profile 3 , the bolt engagement elements 13 can be positively and/or non-positively fitted into predetermined profiled shapes on the attachment profile 5 3 fasten receiving. Furthermore, connects to 13 until 15 a shaped part 54 according to the invention on the vertical frame member 19 with the attachment profile 5 arranged thereon and with the attached profile 5 arranged on the horizontal frame member 17, 18. The position of the molded part 54 on the frame profile 3 is referred to as the joint area 52, 53, with the vertical frame member 19 relative to the horizontal Frame member 17, 18 passes. By means of the molding 54, can be 15 arrange a profile strip 54 between the latch engagement elements 13 themselves and also between the latch engagement element 13 and the molded part 54, which closes the gap between the functional components and up to the joint area. With the immersion of the profile strip 49 in the rebate area 6 of the sash profile 2, a continuous closing engagement in the locked closed position of the window or the door 4 is made possible for improved sealing and increased security against burglary. In addition, the attachment profile 5 forms, by means of a guide bar 14, a running rail 15 for the running rollers 11 of the wing-side running element 10 and a receiving groove 16 for the purpose of guiding storage and coupling of the displacement device 9 to the frame profile 3.

The displacement device 9 demonstrates 6 a control element 39 which consists of a control bracket 42 which is rotatably controlled about a pivot point 40 on a cover rail 41 . A control cam or guide element 25 is arranged on the control shackle 42, which, with actuation of the actuating mechanism 8 and transmission to the displacement device 9 via a control contour with the control shackle 42, is forcibly pivotable into a locked closed position 7 and 8th or in a parallel parked position 9 is transferred, so that the sash profile 2 moves parallel to the frame profile 3 in accordance with the aforementioned position positions in a free field of activity or in an adjacent locked closed position. In addition, the displacement device 9 on the respective lower and upper horizontal bars 43, 44 of the movable airfoil 2 is of the same design. In the case of the displacement device 9, it must be ensured that its frame-side articulation points, formed by the control cam 25, the control cam 25 in the horizontal running rail 15 of the attachment profile 5 in the lower and upper horizontal frame bar or cross bar 17, 18 of the fixed frame profile 3 1 can constantly intervene and ensure a synchronous movement of their control element 8 arranged for display.

The parallel-opening sliding fitting gains an optically advantageous and reliable influence against levering out of the sash profile 2 to the frame profile 2 of the profile arrangement 1, in particular through the attachment profile 5 1 by the attachment profile 5 with a concealed arrangement of a rebate area 6 between the casement profile 2 and the frame profile 3 of the window or door 4. For this purpose, bolt engagement elements 13 and other functional components, for example the molded part 54 according to the invention, are fixed to the attachment profile 5 of the frame profile 3 and the profile strip 49, a stop buffer 45 and the attached to the wing profile 2 and coupled to the approach profile 5 functional components, consisting of the arranged on the actuating mechanism 8 locking members 12, which is arranged on the displacement device 9 Neten control cam 25 and the rollers 11 of the running element 10 on the lower and upper horizontal frame member 17, 18 and on the vertical frame member 19, arranged in almost the entire circumferential direction of the fold 7 of the fold region 6.

The approach profile 5 is after 10 and 7 arranged on the lower and upper horizontal frame member 17, 18 and has the guide web 14, which forms the running rail 15 for the rollers 11 of the wing-side running element 10. In an advantageous combination of the guide bar 14 with a protruding in the same direction of the guide bar 14 leg 21, follows 7 until 9 a receiving groove 16 for the purpose of slidably guiding storage of the control cam 25 on the displacement device 9 and coupling connection by the displacement device 9 from the sash profile 2 to the frame profile 3 on the lower and upper horizontal frame beam 17, 18. In addition, the attachment profile 5 on the vertical frame beam 19 decreases 3 the bolt engagement element 13 positively and / or non-positively.

To 7 until 11 , The control cam 25 and the running element 10 are guided resting on the running rail 15 of the attachment profile 5 and arranged offset to one another transversely to the running direction of the wing profile 2 . The control cam 25 and the running element 10 are each secured against falling out via guides running parallel to one another through the receiving groove 16 and the leg 21 and are controllably guided on the running rail 15 . The guide web 14 of the running rail 15 and the leg 21 visible on the inside of the building together form the guide for the control cam 25, which is formed as a receiving groove 16. The separate arrangement of the components of the actuating mechanism 8 from the displacement device 9 and from the running element 10 allows for simple assembly and can be combine for different variants, for example in terms of size or weight, the sliding sash profile 2 of windows or doors 4 according to need in number and position.

The shifting device 9, which is fastened to the sash profile 2 and is movably connected to the frame profile 3 in the attachment profile 5, and the running element 10, which is fastened to the sash profile 2 and can be displaced on the frame profile 3 in the attachment profile 5, connect the displaceable sash profile 2 to the frame profile 3. For this purpose, the shifting device 9 on the lower and upper spar 17, 18 of the wing profile 2 after 1 and 2 arranged and includes after 6 the control element 39, which, when the actuating handle 36 is actuated, coupled with the movable linkage of the actuating mechanism 8 and the actuating gear, moves the casement profile 2 in a positively controlled manner from a locked closed position into a position that is perpendicular to the frame profile 3 and can be shifted for parallel displacement of the casement profile 2 along the frame profile 3 . Regardless of the displacement device 9 and the actuating mechanism 8, the running element 10 is after 1 with rollers 11 by means of a parking mechanism arranged on the running element 10, not shown, with the wing profile 2 automatically placed in a freely movable position and can be slidably controlled via the attachment profile 5. As a result, the wing profile 2 can contactless on the frame profile 3 in the directions of the arrow 35 after 1 to be slidably guided past.

To 3 forms the approach profile 5 is a U-shaped or not shown L-shaped unit that after 1 and 2 at least partially on the horizontal and vertical frame rail 17, 18, 19 of the frame profile 3 of the window or the door 4 on the side facing the sash profile 2 on the inside. The frame members 17, 18, 19, 30 connected to form a fixed connection form the frame profile 3 or a frame. In an advantageous embodiment, the frame profile 3 creates the prerequisite for easy positioning of the attachment profile 5 on the frame profile 3 through uniform and flush transitions at the respective corner joints and then mounted. When the attachment profile 5 is installed in the frame profile 3, all functional components can be connected to the attachment profile 5 without any problems. Furthermore, the latch engagement elements 13, the displacement device 9, the running element 10 and other functional components which are in a non-positive and/or positive connection with the frame profile 3, such as the stop buffer 45 for the end stop of an open position of the displaceable wing profile 2, are simple position on the attachment profile 5 in position.

The transition of the attachment profile 5 from the horizontal frame member 17, 18 to the vertical frame member 19 is preferably made with a straight cut or a miter cut 2 achieved in the corner areas or, not shown, made possible by an additional frame corner connection component. The cross section of the attachment profile 5 remains the same during the transition from the horizontal to the vertical of the frame members 17, 18, 19, so that functional components can be guided or positioned in the corners.

To accommodate the functional components for a sliding guide and a lockable position positioning with the possibility of attachment, there is the attachment profile 5 according to 3 and 4 from one Bottom plate 20 and from the bottom plate 20 perpendicularly protruding from the guide bar 14 and the leg 21. The cross-sectional view of the approach profile 5 shows after 3 that the leg 21 depicts one end of the base plate 20 and the guide web 14 is aligned almost centrally to the base plate 20. The other end of the base plate 20 advantageously ends, not shown, with the base plate 20 or, as shown, with a further vertically projecting web 46.

To 2 and the 3 , 4 and 7 until 15 , The bottom plate 20 is fastened almost flush to an inner surface of the respective horizontal and vertical frame members 17, 18, 19 of the frame profile 3.

The leg 21, the guide web 14 and the web 46 are arranged parallel to one another in the longitudinal direction of the attachment profile 5 spaced apart. The functional distance between the leg 21 and the guide bar 14 forms the receiving groove 16 for the control cam 25 arranged on the shifting device 1. The control cam 25 is slidably guided on a transverse wall 24 of the leg 21 and on a side wall 28 of the guide bar 14. The transverse wall 24 of the leg 21 also ensures a secure connection and hold of the casement profile 2 to the frame profile 3.

For a compact design of the attachment profile 5 and narrow design of the window or door 4 in cross section, the attachment profile 5 is 3 and 9 fastened with an outside side wall 22 visible on the leg 21 almost flush with a likewise visible outer surface 23 of the frame profile 3 . The leg 21 thus forms with the frame profile 3 an extension of the frame profile 3 in the direction of the sash profile 2. The rebate area 6 is covered by the lower and upper frame spar 17, 18 and from the vertical frame spar 19 to the sash profile 2 and thus the interior of the window or door 4 partially filled. Furthermore, the visible side wall 22 forms a stop edge for a flap 31 of the wing profile 2 and the seal 32 arranged on the flap 31.

after the 7 until 9 the guide web 14 and the leg 21 are designed differently in height, the leg 21 with its transverse wall 24 directed towards the guide web 14 forming the stop edge for the control cam 25 arranged on the displacement device 9 and protruding beyond the guide web 14. Furthermore, the running element 10, which is slidably mounted on the guide web 14 by means of rollers 11, is shown in FIG 10 until 11 protected from dirt by the raised leg 21, forms a protection against access from the outside and offers security against an unintentional derailment from the guide web 14.
In addition, the guide web 14 is rounded at its free end 26 and adapted to the cross section of the rollers 11 of the running element 10 . The rounded shape also contributes to smooth and safe guidance of the running element 10 .

In addition, the guide bar 14 is due to its shape in cross section 3 suitable for receiving the locking element 12 and/or other functional components in a leading position in the longitudinal direction and for entering into a fixed and immovable connection with the attachment profile 5 .

For this purpose, the guide bar 14 simulates the attachment profile 5 3 with a shape in cross section, a receptacle 27 with an undercut 29 directed between the free end 26 and the base plate 20 on a side wall 28 into the guide web 14 . The locking element 12 and/or other functional components, for example the stop buffer 45 arranged on the lower horizontal frame member 17 of the frame profile 3 12 , are designed to be congruent with the receptacle 27 and the undercut 29 and enable a snap-in engagement in the undercut 29.

The undercut 29 on the side wall 28 of the guide bar 14 allows the side wall 33 facing away to be smooth with an evenly distributed, shoulder-like profile with almost the same profile thickness. A final attachment of the stop buffer 45 is effected by a threaded screw 47 which is jammed in a second receiving groove 48 between the guide bar 14 and the bar 46 of the attachment profile 5 by screwing.

The web 46 is not absolutely necessary for a fixing attachment of the functional components and is optionally used. That in cross section 3 on the opposite side of the leg 21 free end, preferably runs out with the bottom plate 20.

Other functional components, such as the latch engagement element 13, can be secured with the same method of attachment of the stop buffer 45 on the attachment profile 5 against displacement in the longitudinal direction and vertical release from the attachment profile 5 jamming.

A solid connection of the profile bar 49 on the lockable closure side of the window or door 4 is after 2 thereby made possible that at the respective ends 52, 53 of the vertical Frame spar 19 at the transition to the horizontal frame spar 17, 18 after the so-called impact area 14 and 15 a molding 54 is arranged. To 13 of the molded part 54 on the frame profile 3 is screwed by means of a first receiving groove 55 into the guide bar 14 on the vertically arranged attachment profile 5 transversely to the longitudinal direction of the attachment profile 5 until a form-fitting and displaceable connection is achieved by an undercut. For an end position of the molded part 14 with a fixed immovable seat on the vertical frame member 19, the molded part 54 can be based on the 13 to the end 52, 53 of the vertical frame spar 19 14 move. A second receiving groove 56 of the molded part 54 engages in the guide web 14 of the horizontal frame rail 17 at the bottom or of the frame rail at the top 18 and forms a positive connection. The vertical connection of the molded part 54 on the attachment profile 5 with the undercut and the horizontal connection of the molded part 54 on the attachment profile 5 result in a firm and stable seat on the frame profile 3 without the need for additional fastening means.

In 5 clarified, the molded part 54 in the first receiving groove 55 has a projecting projection 57 which engages in a clearance or undercut 29 of the guide bar 14 with the rotating movement of the receiving groove 55 over the guide bar 14 . The turning end position of the molding 54 described above is after 4 achieved, wherein the molded part 54 is seated in the undercut 29 of the guide web 14 and is secured against falling out vertically in the longitudinal direction to the frame member 19 in the attachment profile 5 displaceable.

Next is the molded part 54 after 15 with a visible outside part-circumferential plane 61 after 13 flush with a likewise visible outer peripheral surface of the profile strip 49 and forms an extension of the profile strip 49 in the direction of the upper end 52 and lower end 53 of the vertical frame bar 19 at the transition to the horizontal frame bar 17 at the top and frame bar 18 at the bottom of the so-called joint areas. The molded part 54 points to this 4 on the opposite side 58 of the receiving groove 55, in cross section, there is a shoulder 59 that is U-shaped in part around the circumference, which divides the shaped part 54 in the longitudinal direction into the first plane 60 and the second plane 61 over part of the circumference.

The profile strip 49 is seated in a latching connection 15 on the first level 60 of the molded part 54. The molded part 54 and the profile strip 49 form a one-piece unit in the connected position with the attachment profile 5 with the vertical frame bar 19 and the horizontal frame bars 17, 18 in the assembled end position. Here, the profile strip 49 is partly circumferentially overlapping on the molded part 54 of the first level 60 and leans 15 with a free end 62 without a transition to the shoulder 59 of the second level 61.

Further in 3 As can be seen, the profile strip 49 is U-shaped in cross section and has two side bars 63, 64 and a cover rail 65. The side webs 63, 64 form a projection 68, 69 on the respective inner surfaces 66, 67 in the longitudinal direction, which engages in a longitudinal groove 70, 71 of the molded part 54 with an inner surface 72 of the cover rail 65 resting on the first plane 60 of the molded part 54 . As a result, the profile strip 49 is secured transversely to the longitudinal direction against horizontal displacement. With the molded part 54 firmly seated on the frame profile 5, the profile strip 49 is also given a stable connection to the frame profile 3 by the latching connection on the molded part 54. The other free end of the profile strip 49 is advantageously connected to one of the locking engagement elements 13 can also be connected to the projections 68, 69 in the same latching variant via the shape of the profile strip 49. Other connections are also possible.

For a functional design with easy assembly and high stability, the attachment profile 5 proves 3 the dimensionally stable base plate 20, which has a guide web 14 and a leg 21 extending vertically in the direction of the wing profile 2.

For easy assembly and absorption of heavy weights, the base plate 20 is attached to an inner surface 23 of the respective horizontal and vertical frame members 17, 18, 19 of the frame profile 3 lying almost flush. For the sake of simplicity, the attaching profile 5 can be attached to the frame profile 3 by gluing, clamping and/or by means of fastening screws.

An outer side wall 22 of the leg 21 that is visible from inside the room is almost flush with a likewise visible outer surface 23 of the frame profile 3 and forms an extension of the frame profile 3 in the direction of the sash profile 2 54 and the profile strip 49, together cover a large part of the interior of the rebate area 6 between the frame profile 3 and the sliding sash profile 2. In a further embodiment of the invention, the second plane 61 of the molded part 54 and an outer surface 73 of the side bar 64 of the profile strip are located 49 flush with the inner wall 74 of the leg 21 on the attachment profile 5. Due to the flush arrangement of the components described above on the vertical frame member 19 and the seat in the rebate area 6, the window or door 4 achieves a high degree of stability and also secures the window or door 4 against unauthorized entry when the closed position is locked. Furthermore, the visible side wall 22 forms a stop edge for a flap of the wing profile 2 and the seal 32 arranged on the flap.

Reference List

1

profile arrangement

2

wing profile

3

frame profile

4

window or door

5

approach profile

6

fold area

7

fold circumferential direction

8th

operating mechanism

9

displacement device

10

running element

11

roller

12

locking link

13

latch engagement element

14

guide bar

15

running rail

16

receiving groove

17

Frame spar, horizontal below

18

Frame spar, horizontally above

19

Frame spar, vertical

20

bottom plate

21

leg

22

Side wall

23

Surface

24

bulkhead

25

control cam

26

free end

27

recording

28

Side wall

29

undercut

30

Frame spar, vertical

31

rollover

32

poetry

33

Side wall

34

stationary leaf profile or door panel

35

arrow direction

36

operating handle

37

locking device

38

locking device

39

control

40

pivot point

41

cover rail

42

control tab

43

Wing spar, horizontal below

44

Wing spar, horizontally above

45

bump stops

46

web

47

threaded screw

48

receiving groove

49

profile bar

50

gap

51

surface, visible

52

End

53

End

54

molding

55

receiving groove

56

receiving groove

57

approach

58

side

59

Unit volume

60

first floor

61

second level

62

free end

63

sidebar

64

sidebar

65

cover rail

66

Inner surface

67

Inner surface

68

head Start

69

head Start

70

groove

71

groove

72

Inner surface

73

outer surface

74

inner wall

75

level

QUOTES INCLUDED IN DESCRIPTION

This list of the documents cited by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent Literature Cited

• DE 102016119515 A1 [0004]
• DE 7247268 U1 [0006]

Claims (8)

Profile arrangement (1) of a window or a door (4), consisting of a casement profile (2), in particular a sliding casement profile, a frame profile (3) and an attachment profile (5) attached to the frame profile (3), the attachment profile (5) on a vertical frame member (19) of a so-called locking side accommodates a gap (50) spaced apart from each other for locking engagement elements (13), which interact with locking elements (12) fastened to the sash profile (2) and displaceable on an actuating mechanism (8) and in a closed position of the window or the door (4) achieve locking, with a profile strip (49) being arranged on the vertical frame member (19) which fills the free gap (50) between the bolt engagement elements (13) flush with the visible surface (51) of the bolt engagement elements (13 ) covered, characterized in that at the respective ends (52, 53) of the vertical frame member (19) at the transition to the horizontal frame member (17, 18) the so-called A shaped part (54) is arranged in the middle of the joint area, with a first receiving groove (55) of the shaped part (54) slidably engaging behind a guide web (14) of the vertically arranged attachment profile (5) and a second receiving groove (56) of the shaped part (54) with it vertical displacement in the guide web (14) of the horizontally arranged attachment profile (5) positively engages and forms a non-displaceable connection with the frame profile (3), the profile strip (49) reaching up to the molded part (54). Profile arrangement (1) according to claim 1 , characterized in that the first receiving groove (55) of the molded part (54) has a convexly arranged extension (57) which engages in a congruently designed undercut (29) of the guide web (14) and the displaceable undercut (29) of the molded part ( 54) to the guide web (14) of the attachment profile (5). Profile arrangement (1) according to claim 2 , characterized in that the shaped part (54) on the opposite side (58) of the receiving groove (55) in cross section has a partial circumferential shoulder (59) which forms a first plane (60) and a second plane (61), the first level (60) receives the profile strip (49) covering part of the circumference and the second level (61) is adapted to the cross section of the profile strip (49). Profile arrangement (1) according to claim 3 , characterized in that the profile strip (49) rests with a free end (62) on the shoulder (59) of the molded part (54) and forms a seamless transition that is flush with the surface. Profile arrangement (1) according to claim 3 , characterized in that the profile strip (49) with a U-shaped cross section is formed from two side bars (63, 64) and a cover rail (65), the side bars (63, 64) being mounted on the respective inner surfaces (66, 67) in Form a projection (68, 69) in the longitudinal direction, which fits into a longitudinal groove (70, 71) of the molded part (54) with an inner surface (72) of the cover rail (65) resting on the surface of the first plane (60) of the molded part (54 ) into place and secures the profile strip (49) transversely to the longitudinal direction against horizontal displacement. Profile arrangement (1) according to claim 1 , characterized in that the attachment profile (5) consists of a base plate (20) and vertically protruding from the guide web (14) and a leg (21). profile arrangement claim 6 , characterized in that the leg (21) with a visible side wall (22) almost flush with a visible surface (23) of the frame profile (3) abutting an extension of the frame profile (3) in the direction of the sash profile (2) forming the rebate area ( 6) covered and partially fills the interior of the window or door (4). Profile arrangement (1) according to one or more of the preceding Claims 1 until 7 , characterized in that the first plane (60) of the molded part (54) and an outer surface (73) of a side bar (64) of the profile strip (49) are flush with the inner wall (74) of the leg (21) on the attachment profile (5). .

Images