Profile assembly of window sash or door having leaf profile, in particular having sliding leaf profile

Abstract

The invention relates to a profile assembly 1 of a window sash or door 4, consisting of a leaf profile 2, in particular a sliding leaf profile, a frame profile 3 and an attachment profile 5 fastened to the frame profile 3. The attachment profile (5) accommodates a latch fitting element (13) on a vertical frame beam (19). Furthermore, a profile strip 49 is provided on the vertical frame beam 19, which profile strip covers the empty gap between the latch engagement elements 13 flush with the visible surface 51 of the latch engagement elements 13. Furthermore, a profiled part 54 is provided on each end 52, 53 of the vertical frame beam 19 at the transition (i.e., so-called joining region) of the vertical frame beam 19 to the horizontal frame beam 17, 18.

Description

Technical Field

[0001] The present invention relates to a profile assembly for a window sash or door, which consists of a wing profile, in particular a sliding wing profile, a frame profile and an attachment profile, and has a profile strip arranged on a vertical frame profile on a closed side between latch engaging elements, the attachment profile and the profile strip being fastened to the frame profile, and they are arranged opposite to the wing profile separated by a groove area in the circumferential direction of the groove and are accompanied by the displacement of the wing profile relative to the frame profile in a direction transverse to, in particular perpendicular to, the main plane of the window sash or door according to the preamble of claim 1. Background Art

[0002] In various embodiments, a push-pull wing profile is known as a sliding sash or a parallel-placed sliding sash of a window or door, and in the simplest case, the push-pull wing consists of a profile assembly having a wing profile as a sliding sash which is movably arranged in an external frame profile for opening and closing, and of another door element or window element (e.g. a vertical sash or a fixed domain) which is also arranged in the frame profile.

[0003] The closed sliding sash can be locked to the frame profile on the side facing away from the door element or window element by operating the operating mechanism provided in the sash profile, and is thus protected from unauthorized opening. Horizontally movable sliding sashes with parallel placement devices are often accommodated above or below the sliding sash in a push-pull manner. When opening, usually with the aid of an operating handle on the sliding sash, the sliding sash is placed perpendicular to the main plane of the frame profile with the sealing part, whereby the sliding sash is more easily movable. The opened sliding sash can be pushed in front of the vertical sash located next to it. In the open position of the sash profile relative to the frame profile, the parallel placement sash profile with a smaller placement size is only constructed for free pushing and pulling. When closing, the sliding sash is pulled onto the frame profile, wherein the sealing part of the sash profile is pressed again onto the frame profile. Opening and closing can also be achieved by electric, hydraulic or pneumatic actuators.

[0004] A sliding door unit with a door and window wall frame and a sliding door that can be pushed and pulled in the door and window wall frame is known from DE102016119515A1, wherein at least one accessory is built. A plurality of locking bolts that can be engaged with the attached locking element are provided at the height of the frame profile of the door and window wall frame. It is also optional that a plurality of locking bolts that can be engaged with the closed housing on the door and window wall frame can be provided at the height of the frame profile of the sliding door. In one design, a blocking element is provided, which blocks the operation of the sliding door locking when the locking bolt is in the moved-in position. When the locking bolt is in the moved-out position and can form a lock with the help of the locking element, the sliding door is locked. The blocking element can be engaged with the locking bolt or with a component connected to the locking bolt so as to block the operating element for locking the sliding door in the retracted position of the locking bolt. The operating element for locking the sliding door can only be fully moved in the moved-out position of the locking bolt.

[0005] The locking element fastened to the frame profile is assembled with conventional fastening screws. In addition, the locking element is placed in a carefully milled recess in the vertical frame beam of the frame profile or is screwed flat to the frame beam. In the milled variant, the visual effect proves to be favorable, but at the expense of high production costs. No variant is known which has a good visual effect and which has little assembly effort and is inexpensive to manufacture.

[0006] DE7247268U1 discloses a profile assembly for lifting doors and windows and / or sliding doors and windows, which has a frame profile of a frame and an attachment profile. In order to set it on the frame profile of the frame, a corresponding recess is provided on the frame profile. The profile assembly also has a frame profile, which has two legs extending on the outside parallel to the outer boundary side on the side facing away from the glass or the flat plate, and a cavity open to the end of the leg is provided between the two legs, wherein a recess for accommodating a sealing strip is necessary in the end of the leg, and a pulley fitting can be provided in the cavity, or the cavity can be sealed by an additional profile.

[0007] The disadvantage of the known assemblies is that in the profile assemblies for lifting and / or sliding doors and windows shown in the application, additional profiles must be provided, in particular attachment profiles for sealing, with a sliding guide function and attachment profiles for driving elements with a load-reducing effect, which has an impact on the manufacturing costs and storage costs due to the different application variants, thereby increasing the overall cost of the window sash or door. In addition, the known profile assemblies with different attachment profiles lead to higher assembly costs. Due to the different profile cross-sections, the length cuts and the allocation of assembly points make the assembly of the attachment profile more complicated. In addition, the type and position of the connection of the attachment profile to the profile assembly, which is determined by the different profile cross-sections, always have to be readjusted. In addition, fastening the attachment profile to the frame proves to be very expensive, because it has to be installed with traditional fasteners such as fastening screws, which requires a lot of time and costs.

[0008] There is no known profile assembly with an attachment profile which is mounted almost circumferentially on the profile assembly and is in effective connection with a functional component of a parallel-placed sliding fitting of a window sash or door, wherein the attachment profile can be used to accommodate a latching element and to accommodate a connecting element, such as a profiled part according to the invention, which is arranged on the joining area between the vertical frame beam and the horizontal frame beam of the frame profile, and the attachment profile can also be used to accommodate a profile strip which fills and covers the gap or intermediate space from the latching element to the joining area between the latching element and the vertical frame beam and the horizontal frame beam of the frame profile and contributes to a good visual effect and increased safety and reliability against unauthorized actions in the locked closed position of the frame profile with the wing profile. In addition, the sealing function is improved, especially on rainy days. Summary of the invention

[0009] The object of the present invention is to provide a functionally safe, reliable and compact profile assembly for a window sash or door, in particular as a sliding sash arranged in parallel, which can overcome the aforementioned disadvantages, is inexpensive and has a good visual effect of the window sash or door, and can improve the guiding function and adjustment of the functional components of the parallel-arranged sliding accessories in a simple, fast, safe, reliable and precise manner with less structural space, and at the same time contribute to the sealing function.

[0010] According to the invention, this object is achieved by a profile assembly with a parallel sliding fitting for a window or door, in particular as a parallel sliding leaf, according to claim 1. The features of the dependent claims provide advantageous embodiments of the invention.

[0011] It is important here that the profile assembly of the window sash or door is composed of a wing profile, especially a push-pull wing profile, a frame profile with an attachment profile and a profile strip, wherein the profile strip on the vertical frame profile on the closed side is connected to the attachment profile. The attachment profile is preferably fastened to the frame profile and arranged opposite to the wing profile by a slot area in the circumferential direction of the slot. In order to displace or offset the wing profile relative to the frame profile, the wing profile is movably connected to the operating mechanism and displacement device arranged on the wing profile in the circumferential direction of the slot relative to the frame profile in a direction transverse to, especially perpendicular to, the main plane of the window sash or door, wherein at least one driving element with a pulley is assigned to the wing profile that can be displaced parallel to the frame profile. For this purpose, the operating mechanism arranged on the wing profile includes movable latching components, which construct the locked closed position of the window sash or door by means of latching engaging elements respectively arranged on the frame profile.

[0012] For a secure connection of the profile strip and a continuous good visual effect on the lockable closed side of the window sash or door, a profiled part is provided according to the invention at each end of the vertical frame at the transition from the vertical frame beam to the horizontal frame beam, the so-called joining area. For a secure fit of the profiled part on the frame profile, the profiled part has a first receiving groove, which, by means of screwing in transversely to the longitudinal direction of the attachment profile, engages in a form-locking and movable manner in the guide connecting strip of the vertically arranged attachment profile. In addition, the profiled part is guided on the guide connecting strip in a vertically movable manner and is moved into a terminal position in the direction of the horizontal frame lower beam or frame upper beam of the attachment profile by means of a hook-shaped undercut on the attachment profile, wherein the second receiving groove of the profiled part engages in a form-locking manner in the guide connecting strip of the horizontally arranged attachment profile and forms a non-movable connection with the frame profile.

[0013] Simple and tool-free assembly is achieved in that the profiled part has a protruding attachment part in the first receiving groove, which attachment part engages in a release or undercut of the guide web and forms a displaceable undercut of the profiled part relative to the guide web of the attachment profile.

[0014] It is also advantageous visually and structurally if the profiled part forms an extension of the upper and lower ends of the profiled strip facing the vertical frame beam at the transition of the vertical frame beam to the horizontal upper and lower frame beams, the so-called joining region, in such a way that the visible outer partially circumferential surface abuts almost flush against the likewise visible outer circumferential surface of the profiled strip. For this purpose, the profiled part has a partially circumferential attachment in cross section on the opposite side of the first receiving groove, which partially circumferentially divides the profiled part into a first plane and a second plane in the longitudinal direction.

[0015] Preferably, the profile strip partially covers the first plane of the profile part in a circumferential manner. By means of the attachment part, a transition-free positioning between the profile strip and the profile part is achieved from the first plane to a second plane of the same cross section as the profile strip.

[0016] The high stability and the compact, one-piece and functional design with simple assembly are achieved in that the profile strip of U-shaped cross section is constructed from two side connecting strips and a cover rail, wherein the side connecting strips are formed with a projection on the respective inner face in the longitudinal direction, the side connecting strips are latched into the grooves of the longitudinal sides of the profile part in such a way that the inner face of the cover rail rests on the first plane of the profile part, and the side connecting strips secure the profile strip against horizontal displacement transverse to the longitudinal direction. By means of the firm fit of the attachment profile fastened to the frame profile by the profile part, the profile strip can thus also be stably connected to the frame profile by means of the snap-fit ​​connection on the profile part. The other free end of the profile strip advantageously connects the configuration of the profile strip with the projection to an identical snap-fit ​​variant in the latching engagement element. All functional components, at least those on the locked closed side of the vertical frame profile, can be assembled without problems without further fastening means (e.g. fastening screws) and without assembly aids.

[0017] The attachment profile achieves a high degree of stability and a compact, one-piece, functional design by means of the base plate with the vertically projecting guide webs and legs.

[0018] For simple assembly and to accommodate greater weight, the base plate is fastened almost flushly to the inner faces of the individual horizontal and vertical frame beams of the frame profile. For simplicity, the attachment profile can be fastened to the frame profile by gluing, clamping and / or by means of fastening screws.

[0019] It is also visually and structurally advantageous if the legs of the attachment profile form an extension of the frame profile towards the sash profile, with the visible outer side wall resting almost flush against the likewise visible outer surface of the frame profile, covering the slot area and filling the interior of the window sash or door in certain areas. The visible side wall also forms a stop edge for the sash profile projection and the seal arranged thereon.

[0020] In a further embodiment of the invention, for a secure fit and a good visual effect, the second plane of the profiled part and the outer surface of the side connecting strip of the profile strip rest flush against the inner wall of the leg on the attachment profile. The stability of the leaf profile in the locked closed position relative to the frame profile is advantageously increased by the contact of the attachment profile against the side connecting strip and the extension of the side connecting strip beyond the side connecting strip into the notch region of the leaf profile towards the profiled part, the profile strip and the latching engagement element. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] The attached drawings provide further advantageous embodiments.

[0022] In the figure:

[0023] Figure 1 A perspective view showing a front view of a window sash or door in the closed state, shown from the inside of the space, is presented by way of example with a leaf profile, with a concealed operating mechanism, but visible for the sake of clarity, and a displacement device for the parallel placement and locking function of the leaf profile, the figure also including a vertical leaf on a frame profile,

[0024] Figure 2 Show according to Figure 1 A perspective view of a functional component with an attachment profile and with a parallel push-pull fitting arranged or integrated on the attachment profile,

[0025] Figure 3 Show according to Figure 2 An enlarged detail in a cross-sectional view at a vertical frame beam of a window sash or door, which has a latching engaging element operatively connected to an attached profile in a locking manner and a profile strip locked on the latching engaging element,

[0026] Figure 4 Show according to Figure 2 An enlarged detail in a cross-sectional view at a vertical frame beam of a window sash or door of the type shown in FIG. 1 , which has a profiled part according to the invention which is operatively connected to an attachment profile in a locking manner,

[0027] Figure 5 An enlarged detail of a cross-sectional view showing a vertical frame beam of a window sash or door having a plurality of vertical frame beams arranged in accordance with the present invention. Figure 4 The profiled part according to the invention is screwed into the screw-in assembly when the snap connection of the attached profile is used.

[0028] Figure 6 Another perspective view shows the displacement device,

[0029] Figure 7 Show according to Figure 1 A cross-sectional view of a horizontal upper beam of a sash or door having a displacement device (shown in side view) arranged in a profile groove of a wing profile, which is operatively connected to an attachment profile arranged on a frame profile,

[0030] Figure 8 Show according to Figure 1 A cross-sectional view of a horizontal lower beam of a window or door having a displacement device (shown in side view) arranged in a profile groove of a wing profile, which is operatively connected to an attachment profile arranged on a frame profile,

[0031] Fig. 9A cross-sectional view of a horizontal lower beam of a window or door in a functional position of a sash profile arranged parallel to a frame profile and movably opened, in a coupled position with a displacement device arranged in a profile groove of the sash profile (shown in a side view), in a movably operative connection with an attachment profile arranged on the frame profile,

[0032] Fig.10 Show according to Figure 1 A cross-sectional view of a horizontal lower beam of a window or door having a running element with a pulley arranged in a groove on the wing profile (shown in a side view) and operatively connected to an attachment profile arranged on the frame profile,

[0033] Fig.11 A cross-sectional view of a horizontal lower beam 15 of a window or door in a functional position of a sash profile arranged parallel to a frame profile and movably opened, in a combined position with a running element with a pulley (shown in a side view) arranged in a groove on the sash profile, in a movably operative connection with an attachment profile arranged on the frame profile,

[0034] Fig.12 Show Figure 1 A cross-sectional view of a horizontal lower beam of a window sash or door without a wing profile, comprising a frame profile, an attachment profile fastened to the frame profile, a functional component (especially a stop buffer) snapped into the attachment profile, which has a fastening device for fastening in a positionally positioned manner in the attachment profile,

[0035] Fig.13 Show Figure 2 A stereoscopic view from another perspective having Figure 5 The visible profiled part according to the invention, which is shown latching into the attachment profile in the vertical frame beam of the frame profile during rotational assembly, has further integrated or fastened functional components of the latching engagement element of the push-pull fitting arranged parallel to the surface,

[0036] Fig.14 Show Figure 2 from another perspective, with a visible profiled part according to the invention and a latching engagement element fastened to a vertical attachment profile, said profiled part being in a mounted hooked state with the attachment profile fastened to the vertical frame beam and in a horizontal topographically adjusted connection with the attachment profile arranged on the horizontal frame beam,

[0037] Fig.15 Show according to Fig.14A three-dimensional view from another perspective, which has a visible profiled part according to the invention, as well as a latching engagement element fastened to a vertical attachment profile and a profile strip filling a gap or an intermediate space, wherein the profiled part is in an assembled hooked state with the attachment profile fastened to the vertical frame beam and is in a horizontally topographically locked adjustment connection with the attachment profile arranged on the horizontal frame beam. DETAILED DESCRIPTION

[0038] Figure 1 In the front view, a window sash or door 4 is shown with a profile assembly 1, which has a fixedly mounted leaf profile or a fixed door section 34 in a fixed frame profile 3 and on a first side, and an attachment profile 5 for locking the movable leaf profile 2 in a closed position, in particular facing the sliding leaf profile or lying parallel to the sliding leaf profile, is fastened on a second side of the frame profile 3. The movable leaf profile 2 can here be moved relative to the fixed frame profile 3 and to the fixedly mounted leaf profile or door section 34. Figure 1 The closed position of the lock shown is adjusted to Fig. 9 , Fig.11 The parallel arrangement shown, and then as indicated by the arrow direction 35 Figure 1 As shown, in front of the fixedly installed leaf profile or fixed door region 34 , the area of ​​the passage opening of the fixed frame profile 3 can be moved in the horizontal direction.

[0039] In order to realize two positions for parallel placement and movement of the leaf profile 2 relative to the fixed frame profile 3 and relative to the fixedly mounted leaf profile or relative to the fixed door section 34, a special fitting structure is provided between the leaf profile 2 and the fixed frame profile 3, namely the so-called parallel placement push-pull fitting, which has Figure 1 , Figure 2 The operating handle 36 on the push-pull wing profile 2, the operating mechanism 8 with the operating transmission system, the displacement device 9 and Figure 1 The locking devices 37, 38 and the driving element 10 in the embodiment of the present invention are shown in FIG. Figures 1 to 3 On the frame profile 3 (and on the horizontal frame lower beam and frame upper beam 17, 18 and vertical frame beam 19). The operating transmission system of the operating mechanism 8 has a locking device 37 of the latch member 12 and a locking device according to Figure 2 , Figure 3 The latching engagement element 13 shown arranged on the frame profile 3 is connected and contributes to the locking and promotes the longitudinal and lateral movement of the push-pull wing profile 2 (in certain cases, through the oblique latching member 12 and the latching engagement element 13 arranged on the attachment profile 5 of the frame profile 3 to cooperate with the operating mechanism 8).

[0040] The attachment profile 5 fastened to the frame profile 3 is arranged opposite to the leaf profile 2 by a notch area 6 in the notch circumferential direction 7. In order to move the pushable leaf profile 2 relative to the frame profile 3 in a direction transverse to, in particular perpendicular to, the main plane of the window sash or door 4, the operating mechanism 8 and the displacement device 9 are arranged movably connected in the notch circumferential direction 7 on the leaf profile 2, wherein at least one driving element 10 with a pulley 11 is assigned to the leaf profile 2 for pushable displacement parallel to the frame profile 3. For the locked closed position on the closing side, the operating mechanism 8 arranged on the leaf profile 2 includes pushable latching members 12, which constitute the locked closed position of the window sash or door 4 by means of latching engagement elements 13 assigned to the frame profile 3 and the attachment profile 5, respectively. By means of the vertical arrangement of the attachment profile 5 on the vertical frame beam 19 of the frame profile 3, the latching engagement element 13 can be fastened in a positively locking and / or non-positively locking manner in a predefined profile according to the invention. Figure 3 In addition, according to Figures 13 to 15 , the profiled part 54 according to the invention on the vertical frame beam 19 is connected to the attachment profile 5 arranged thereon and to the attachment profile 5 arranged on the horizontal frame beams 17, 18. The positions of the profiled parts 54 on the frame profile 3 are indicated as joining areas 52, 53, where the vertical frame beam 19 turns into the horizontal frame beams 17, 18. With the aid of the profiled parts 54, according to Fig.15 , the profile strip 54 can be arranged between the latching engagement elements 13 themselves and also between the latching engagement elements 13 and the molded part 54, which closes the gap between the functional components up to the gap in the joining area. As the profile strip 49 sinks into the notch area 6 of the wing profile 2, a continuous closed engagement in the locked closed position of the window sash or door 4 is achieved, which is used for improved sealing and increased breaking safety. In addition, the attachment profile 5 is constructed with the aid of a guide connecting strip 14 for a guide rail 15 for a pulley 11 of the driving element 10 on the wing side, and a receiving groove 16 is constructed, which is used for the guided support and connection of the displacement device 9 relative to the frame profile 3.

[0041] according to Figure 6 The displacement device 9 has a control element 39, which is composed of a control connecting plate 42, which can be controlled to rotate around a pivot point 40 on a cover rail 41. A control cam or guide element 25 is arranged on the control connecting plate 42, and the control cam is forcibly pivoted to the control connecting plate 42 according to the operation of the operating mechanism 8 and the transmission to the displacement device 9 via the control contour. Figure 7 and Figure 8 The locked closed position or according to Fig. 9 , so that the wing profile 2 is moved parallel to the frame profile 3 to a free operating area or to a closed position of locking in contact, depending on the aforementioned position. In addition, the displacement device 9 is constructed identically on each horizontal lower beam and horizontal upper beam 43, 44 of the movable wing profile 2. It must be noted in the displacement device 9 that its frame-side hinged portion is constructed by the control cam 25 and that the control cam 25 can be continuously engaged according to the above-mentioned position. Figure 1 The fixed frame profile 3 is arranged in the horizontal guide rail 15 of the attachment profile 5 in the horizontal frame lower beam and the horizontal frame upper beam or cross beam 17, 18, and ensures the synchronous movement of the control element 8 provided for external placement.

[0042] By means of an attachment profile 5 having a covering arrangement 6 of a notch area 6 between the sash profile 2 and the frame profile 3 of the window or door 4, Figure 1 The parallel arrangement of the push-pull components achieves a visually advantageous and safe effect, preventing the wing profile 2 from being pried out of the frame profile 2 of the profile assembly 1, in particular by the attachment profile 5. For this purpose, the latching engagement element 13 and other functional components, such as the molded part 54 according to the invention and the profile strip 49, the stop buffer 45 and the functional components fastened to the wing profile 2 and combined with the attachment profile 5, which are fixed in position on the attachment profile 5 of the frame profile 3, are formed by the latching element 12 arranged on the operating mechanism 8, the control cam 25 arranged on the displacement device 9 and the pulley 11 of the travel element 10 on the horizontal frame lower beam and the horizontal frame upper beam 17, 18 and on the vertical frame beam 19, and are arranged in almost the entire slot circumferential direction 7 of the slot area 6.

[0043] according to Fig.10 and Figure 7 The attachment profile 5 is arranged on the horizontal frame lower beam and frame upper beam 17, 18 and has a guide connecting strip 14, which is configured for the guide rail 15 of the pulley 11 of the wing-side running element 10. Advantageously, the guide connecting strip 14 and the legs 21 protruding in the same direction as the guide connecting strip 14 are combined to form a guide rail 15 for the pulley 11 of the wing-side running element 10. Figures 7 to 9 A receiving groove 16 is provided for movably guiding the control projection 25 provided on the displacement device 9 and for connecting the leaf profile 2 to the frame profile 3 by means of the displacement device 9 on the horizontal frame lower and upper beams 17, 18. Figure 3 The latching engagement element 13 is received on the vertical frame beam 19 in a form-fitting and / or force-fitting manner.

[0044] according to Figures 7 to 11 , the control cam 25 and the driving element 10 are guided horizontally on the guide rail 15 of the attachment profile 5 and are arranged offset from each other transversely to the direction of movement of the leaf profile 2. Here, the control cam 25 and the driving element 10 are respectively secured against falling out by guides extending parallel to each other via the receiving groove 16 and the leg 21, and are controllably guided on the guide rail 15. The guide connecting strip 14 of the guide rail 15 and the leg 21 visible from the inside of the building together form a guide for the control cam 25 as a receiving groove 16. The component arrangement of the operating mechanism 8 separate from the displacement device 9 and separate from the driving element 10 allows simple assembly and can be combined for different variants, according to the number and location requirements, for example, according to the size and weight of the movable leaf profile 2 of the window or door 4.

[0045] A displacement device 9 fastened to the leaf profile 2 and movably connected to the frame profile 3 in the attachment profile 5, and a movable driving element 10 fastened to the leaf profile 2 and to the frame profile 3 in the attachment profile 5, connect the movable leaf profile 2 to the frame profile 3. For this purpose, the displacement device 9 is arranged according to Figure 1 and Figure 2 The lower and upper beams 17, 185 of the wing profile 2 shown, and according to Figure 6 The control element 39 is included, which, by means of the operation of the operating handle 36, in combination with the movable transmission rod of the operating mechanism 8 and the operating transmission system, moves the wing profile 2 from the locked closed position to a movable position placed perpendicular to the frame profile 3 in a forced and controlled manner, so as to move the wing profile 2 parallel to the frame profile 3. Independent of the moving device 9 and the operating mechanism 8, according to Figure 1 The running element 10 with the pulley 11 is automatically placed in a freely movable position together with the leaf profile 2 by means of a placement mechanism 10 (not shown) arranged on the running element 10 and can be movably controlled via the attachment profile 5. As a result, the leaf profile 2 can be moved on the frame profile 3 without contact along the direction of rotation according to the attachment profile 5. Figure 1 The wing profile 2 can be moved along the frame profile 3 according to the arrow direction 35 so as to be guided to pass each other. Figure 1 The arrow directions 35 are guided so as to be movable past each other.

[0046] according to Figure 3 The attachment profile 5 forms a U-shaped or L-shaped structural unit (not shown), according to Figure 1 , Figure 2, which structural unit can be fastened at least partially to the horizontal and vertical frame 15 beams 17, 18, 19 of the frame profile 3 of the window or door 4 on the side pointing inwards toward the wing profile 2. The frame beams 17, 18, 19 connected for a secure connection form the frame profile 3 or the frame. In an advantageous design, the frame profile 3 creates the prerequisite for simple positioning of the attachment profile 5 on the frame profile 3 by means of uniform, surface-flush transitions at the individual corner connections. The attachment profile 5 can be adapted in length to the dimensions of the frame profile 3, for example, by simple cutting or separation and then assembled. In the assembled state of the attachment profile 5 in the frame profile 3, all functional components can be connected to the attachment profile 5 without problems. In addition, the latching engagement element 13, the displacement device 9, the driving element 10 and other functional components that form a force-locking and / or form-locking relationship with the frame profile 3 (for example, a stop buffer 45 for the end stop of the open position of the movable wing profile 2) can be easily positioned on the attachment profile 5.

[0047] Preferably by means of Figure 2 The transition of the attachment profile 5 from the horizontal frame beams 17, 18 to the vertical frame beams 19 in the corner region can be achieved by a straight cut connection or a bevel connection, or by an additional frame corner connection member (not shown). The cross section of the attachment profile 5 remains the same at the horizontal to vertical transition of the frame beams 17, 18, 19, so that the functional component can be guided into the corner or can be positioned.

[0048] In order to accommodate functional components for sliding guidance and lockable positioning (with the possibility of fastening), according to Figure 3 and Figure 4 The attachment profile 5 is formed by a base plate 20 and vertically protruding from the base plate by the guide strip 14 and the legs 21. Figure 3 , the cross-sectional view of the attachment profile 5 shows that the leg 21 shows the end of the base plate 20 and the guide connecting strip 14 is oriented almost centrally relative to the base plate 20. The other end of the base plate 20 ends in an advantageous and not shown manner with the base plate 20 or, as shown, with a further vertically projecting connecting strip 46.

[0049] according to Figure 2 and Figure 3 , Figure 4 as well as Figures 7 to 15 The base plate 20 is fastened almost flushly to the inner surfaces of the individual horizontal and vertical frame beams 17 , 18 , 19 of the frame profile 3 .

[0050] The legs 21, the guide strips 14 and the strips 46 extend parallel to each other and are arranged spaced apart in the longitudinal direction of the attachment profile 5. The functionally generated distance between the legs 21 and the guide strips 14 forms a receiving groove 16 for a control cam 25 arranged on the displacement device 1. The control cam 25 is guided movably on the transverse wall 24 of the legs 21 and on the side wall 28 of the guide strips 14. The transverse wall 24 of the legs 21 is also responsible for the safe and reliable connection and retention of the leaf profile 2 relative to the frame profile 3.

[0051] In order to achieve a compact design of the attachment profile 5 and a narrow cross section of the window sash or door 4, Figure 3 and Fig. 9 The attachment profile 5 is fastened almost flush with the likewise visible outer surface 23 of the frame profile 3 by means of the side wall 22 visible on the outside of the leg 21. The leg 21 thereby forms an extension of the frame profile 3 towards the leaf profile 2 by means of the frame profile 3. In this case, the notch region 6 is covered by the lower and upper frame beams 17, 18 and the vertical frame beam 19 relative to the leaf profile 2, and the interior of the window or door 4 is thereby filled regionally. Furthermore, the visible side wall 22 forms a stop edge for the projection 31 of the leaf profile 2 and a seal 32 arranged on the projection 31.

[0052] according to Figures 7 to 9 , the guide strip 14 and the leg 21 are constructed at different heights, wherein the leg 21 is constructed with a transverse wall 24 pointing toward the guide strip 14 as a stop edge for a control cam 25 arranged on the displacement device 9 and protrudes beyond the guide strip 14. Figure 10 to Figure 11 The running element 10, which is movably mounted on the guide link 14 by means of the rollers 11, is protected from dirt by the raised legs 21, is protected from intrusion from the outside of the raised legs 21, and is protected from unintentional derailment from the guide link 14. The guide link 14 is also rounded at its free end 26 and is adapted to the cross section of the rollers 11 of the running element 10. The rounded configuration additionally contributes to frictionless and safe guidance of the running element 10.

[0053] The guide connecting strip 14 is also due to its Figure 3 The configuration in the cross section is suitable for accommodating the latching element 12 and / or other functional components in a guiding and position-fixed manner in the longitudinal direction, and forming a firm and immovable connection with the attachment profile 5.

[0054] For this purpose, the guide strip 14 of the attachment profile 5 is connected according to Figure 3 The receiving portion 27 is formed by means of a configuration in cross section, which has an undercut 29 between the free end 26 and the base plate 20 and on the side wall 28, which faces the guide strip 14. The latching element 12 and / or other functional components, for example, Fig.12 The stop buffer 45 arranged on the horizontal frame beam 17 of the frame profile 3 is adapted congruently to the configuration of the receptacle 27 and the undercut 29 and enables snap-lockable engagement in the undercut 29 .

[0055] The undercuts 29 on the side walls 28 of the guide web 14 allow the side walls 33 facing away to be formed smoothly with a uniformly distributed boss-like contour with almost the same profile thickness. The closed fastening of the stop buffer 45 is achieved by means of a threaded screw 47 which is engaged by screwing into a second receiving groove 48 between the guide web 14 and the connecting strip 46 of the attachment profile 5.

[0056] The connecting strip 46 is not necessarily necessary for the fastening of the functional component and can be used optionally. Figure 3 The free ends on the opposite side of the legs 21 in the cross section of the support preferably end at the bottom plate 20 .

[0057] In the same way as the fastening method of the stop buffer 45 on the attachment profile 5 , other functional components, such as the latching engagement element 13 , can be secured by latching against a shift in the longitudinal direction and against a vertical separation from the attachment profile 5 .

[0058] The secure connection of the profile strip 49 on the lockable closed side of the window sash or door 4 is achieved by Figure 2 This is achieved by: Fig.14 and 15 At the transition of the vertical frame beam 19 to the horizontal frame beams 17, 18, i.e. the so-called joining area, a profiled part 54 is provided on each end 52, 53 of the vertical frame beam 19. Fig.13 , the profiled part 54 on the frame profile 3 is screwed into the guide connecting strip 14 provided on the vertically arranged attachment profile 5 by means of the first receiving groove 55 transversely to the longitudinal direction of the attachment profile 5 until a positively locking and movable connection is achieved by the undercut. In order to give the profiled part 14 a firmly, immovably fitted profiled part end position on the vertical frame beam 19, the profiled part 54 can be formed by Fig.13 Departure to move to Fig.14The second receiving groove 56 of the profiled part 54 engages in the guide and connecting strip 14 of the attachment profile 5 provided on the horizontal frame lower beam 17 or frame upper beam 18 and forms a positive connection. The vertical connection of the profiled part 54 to the undercut on the attachment profile 5 and the horizontal connection of the profiled part 54 on the attachment profile 5 achieve a firm and stable fit on the frame profile 3 without the need for further fastening elements.

[0059] Figure 5 As shown in FIG. 1 , the molded part 54 has a protruding attachment 57 in the first receiving groove 55, and the attachment 57 is embedded in the release portion or undercut 29 of the guide connecting strip 14 through the rotational movement of the receiving groove 55 in the guide connecting strip 14. Figure 4 This is achieved in that the profiled part 54 is seated in the undercut 29 of the guide web 14 and is secured in the attachment profile 5 in the vertical longitudinal direction of the frame beam 19 so as to prevent it from falling out and is movable.

[0060] In addition, according to Fig.15 , the molding part 54 Fig.13 The visible outer partial circumferential surface 61 shown lies flush against the likewise visible outer partial circumferential surface of the profile strip 49 and forms an extension of the upper end 52 and the lower end 53 of the profile strip 49 facing the vertical beam 19 at the transition to the horizontal upper frame beam 17 and the lower frame beam 18, the so-called joint region. Figure 4 The molded part 54 in the cross section has a partially peripheral U-shaped attachment 59 on the side 58 opposite the receiving groove 55, which partially circumferentially divides the molded part 54 into a first plane 60 and a second plane 61 in the longitudinal direction.

[0061] In the locked connection, the profile strip 49 is arranged according to Fig.15 The profile strip 49 is located on the first plane 60 of the profile part 54. The profile part 54 and the profile strip 49 are vertically framed at the connection point of the attachment profile 5 to the vertical frame beam 19 and the horizontal frame beams 17, 18 to form a one-piece structural unit in the assembled end position. Here, the profile strip 49 is laid flat on the profile part 54 of the first plane 60 in a partially circumferentially covered manner and is arranged according to Fig.15 The free end 62 rests against the attachment part 59 , which contacts the second plane 61 without any transition.

[0062] In addition, Figure 3As shown in FIG. , the profile strip 49 is U-shaped in cross section and has two side connecting strips 63, 64 and a cover rail 65. The side connecting strips 63, 64 have projections 68, 69 on the inner faces 66, 67 in the longitudinal direction, which are locked into the grooves 70, 71 on the longitudinal sides of the profile part 54 and the inner face 72 of the cover rail 65 is in contact with the first plane 60 of the profile part 54. By this, the profile strip 49 is protected transversely to the longitudinal direction from horizontal movement. By means of the firm fit of the attachment profile 5 fastened to the frame profile 3 by the profile part 54, the profile strip 49 can therefore also obtain a stable connection relative to the frame profile 3 by the locking connection on the profile part 54. The other free end of the profile strip 49 is also connected to an identical locking variant in the latching engagement element 13 in an advantageous manner by the configuration of the profile strip 49 with the projections 68, 69. Other connections are also possible.

[0063] In order to have a functional construction method with simple assembly and high stability, the attachment profile 5 is connected according to Figure 3 It has a dimensionally stable base plate 20 which has vertically projecting guide webs 14 and legs 21 in the direction of the leaf profile 2 .

[0064] For simple assembly and to accommodate greater weight, the base plate 20 is fastened almost flushly to the inner surface 23 of the individual horizontal and vertical frame beams 17, 18, 19 of the frame profile 3. For simplicity, the attachment profile can be fastened to the frame profile by gluing, clamping and / or by means of fastening screws.

[0065] The visible outer side wall 22 within the space of the leg 21 rests approximately flush with the likewise visible outer surface 23 of the frame profile 3 and forms an extension of the frame profile 3 toward the leaf profile 2. The one-piece connection arrangement of the latching element 13, the profile part 54 according to the invention and the profile strip 49 together fills and covers a large part of the inner space of the slot region 6 between the frame profile 3 and the movable leaf profile 2. In a further embodiment of the invention, the second surface 61 of the profile part 54 and the outer surface 73 of the side connecting strip 64 of the profile strip 49 rest flush with the inner wall 74 of the leg 21 on the attachment profile 5. Due to the flush arrangement of the aforementioned components on the vertical frame beam 19 and the fit in the slot region 6, the window sash or door 4 achieves a high degree of stability and is also protected against unauthorized intrusion in the locked closed position. Furthermore, the visible side wall 22 forms a stop edge for a projection of the leaf profile 2 and for a seal 32 arranged thereon.

[0066] Reference numerals list

[0067] 1 Profile components

[0068] 2-wing fan profile

[0069] 3 Frame profiles

[0070] 4 windows or doors

[0071] 5 Attachment profiles

[0072] 6-notch area

[0073] 7. Circumferential direction of notch

[0074] 8 Operating mechanism

[0075] 9 Displacement device

[0076] 10 Driving components

[0077] 11 Pulley

[0078] 12 Latch member

[0079] 13 Latch engagement element

[0080] 14 Guide connection strip

[0081] 15 Slide rails

[0082] 16 storage slots

[0083] 17 horizontal frame lower beam

[0084] 18 Horizontal frame upper beam

[0085] 19 vertical frame beams

[0086] 20 base plate

[0087] 21 Legs

[0088] 22 Sidewall

[0089] 23 sides

[0090] 24 Horizontal wall

[0091] 25 control bump

[0092] 26 Free end

[0093] 27 Accommodation

[0094] 28 Sidewall

[0095] 29 Side concave

[0096] 30 vertical frame beams

[0097] 31 Protrusion

[0098] 32 Sealing part

[0099] 33 Sidewall

[0100] 34 fixed wing profiles or door sections

[0101] 35 Arrow direction

[0102] 36 Operating handle

[0103] 37 Locking device

[0104] 38 locking device

[0105] 39 Control elements

[0106] 40 Pivot Points

[0107] 41 Cover rail

[0108] 42 control connection board

[0109] 43 horizontal wing lower beam

[0110] 44 horizontal wing upper beam

[0111] 45 stop buffer

[0112] 46 connection strip

[0113] 47 thread bolt

[0114] 48 storage slots

[0115] 49 profile strip

[0116] 50 gap

[0117] 51 Visible surface

[0118] 52 end

[0119] 53 end

[0120] 54 Molding parts

[0121] 55 storage slots

[0122] 56 storage slots

[0123] 57 attachment part

[0124] 58 side

[0125] 59 Attachments

[0126] 60 First plane

[0127] 61 Second Plane

[0128] 62 Free end

[0129] 63 side connection strip

[0130] 64 side connection strip

[0131] 65 cover rail

[0132] 66 inner surface

[0133] 67 inside

[0134] 68 raised part

[0135] 69 convex part

[0136] 70 slots

[0137] 71 slots

[0138] 72 inside

[0139] 73 Outside

[0140] 74 Inner wall

[0141] 75 plane

Claims

1. A profile assembly (1) for a window or door (4), comprising a leaf profile (2), in particular a sliding leaf profile, a frame profile (3) and an attachment profile (5) fastened to the frame profile (3), wherein: The attachment profile (5) accommodates latching elements (13) separated from each other by gaps (50) on a vertical frame beam (19) on the so-called closed side, the latching elements cooperating with a latching member (12) fastened to the leaf profile (2) and displaceable on an operating mechanism (8) and locking the window leaf or door (4) in the closed position, wherein a profile strip (49) is provided on the vertical frame beam (19) and covers the empty gaps (50) between the latching elements (13) flush with the visible surfaces (51) of the latching elements (13), It is characterized in that At the transition from the vertical frame beam (19) to the horizontal frame beams (17, 18), the so-called joining area, a profiled part (54) is arranged on each end (52, 53) of the vertical frame beam (19), wherein a first receiving groove (55) of the profiled part (54) engages displaceably in a form-locking manner with a guide connecting strip (14) of the vertically arranged attachment profile (5), and a second receiving groove (56) of the profiled part (54) engages in a form-locking manner with the guide connecting strip (14) of the horizontally arranged attachment profile (5) in a vertically movable manner and forms a non-pushable connection with the frame profile (3), wherein the profile strip (49) reaches the profiled part (54).

2. The profile assembly (1) according to claim 1, It is characterized in that The first receiving groove (55) of the molded part (54) has a protruding attachment part (57), which engages in a congruently constructed undercut (29) of the guide connecting strip (14) and constructs a movable undercut (29) of the molded part (54) of the guide connecting strip (14) relative to the attachment profile (5).

3. The profile assembly (1) according to claim 2, It is characterized in that The molded part (54) has a partially circumferential attachment part (59) on the opposite side (58) of the receiving groove (55) in the cross section, and the partially circumferential attachment part (59) forms a first plane (60) and a second plane (61), wherein the profile strip (49) partially circumferentially accommodates the first plane (60) in a covering manner and the second plane (61) is adapted to the cross section of the profile strip (49).

4. The profile assembly (1) according to claim 3, It is characterized in that The profile strip (49) rests with its free end (62) on the attachment part (59) of the molded part (54) and forms a non-attached, flush transition.

5. The profile assembly (1) according to claim 3, It is characterized in that A profile strip (49) with a U-shaped cross section is constructed by two side connecting strips (63, 64) and a cover rail (65), wherein the side connecting strips (63, 64) are constructed with a protrusion (68, 69) in the longitudinal direction on each inner surface (66, 67), the side connecting strips are locked into a groove on a longitudinal side of the profile part (54) and an inner surface (72) of the cover rail (65) is in contact with the surface of the first plane (60) of the profile part (54), and the side connecting strips protect the profile strip (49) from horizontal displacement transverse to the longitudinal direction.

6. The profile assembly (1) according to claim 1, It is characterized in that The attachment profile (5) is composed of a base plate (20) and a vertically extending guide strip (14) and a leg (21).

7. The profile assembly according to claim 6, It is characterized in that The leg (21) is configured as an extension of the frame profile (3) toward the wing profile (2) in such a way that a visible side wall (22) lies almost flush against a visible surface (23) of the frame profile (3) and covers the slot area (6) and regionally fills the interior space of the window sash or door (4).

8. Profile assembly (1) according to any one or more of the preceding claims 1 to 7, It is characterized in that The first plane (60) of the profiled part (54) and an outer surface (73) of a side connecting strip (64) of the profile strip (49) rest flush against an inner wall (74) of a leg (21) on the attachment profile (5).

Images