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EP0384931B1 - Frame with fixed and/or sliding wings - Google Patents

Frame with fixed and/or sliding wings Download PDF

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Publication number
EP0384931B1
EP0384931B1 EP89103672A EP89103672A EP0384931B1 EP 0384931 B1 EP0384931 B1 EP 0384931B1 EP 89103672 A EP89103672 A EP 89103672A EP 89103672 A EP89103672 A EP 89103672A EP 0384931 B1 EP0384931 B1 EP 0384931B1
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EP
European Patent Office
Prior art keywords
profile
frame
profiles
cross
fixed
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
EP89103672A
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German (de)
French (fr)
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EP0384931A1 (en
Inventor
Gerhard Mische
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Individual
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Individual
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Filing date
Publication date
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Priority to AT89103672T priority Critical patent/ATE90768T1/en
Priority to DE8989103672T priority patent/DE58904739D1/en
Priority to EP89103672A priority patent/EP0384931B1/en
Publication of EP0384931A1 publication Critical patent/EP0384931A1/en
Application granted granted Critical
Publication of EP0384931B1 publication Critical patent/EP0384931B1/en
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Classifications

    • E—FIXED CONSTRUCTIONS
    • E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
    • E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
    • E06B3/00—Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
    • E06B3/04—Wing frames not characterised by the manner of movement
    • E06B3/263—Frames with special provision for insulation
    • E06B3/26347—Frames with special provision for insulation specially adapted for sliding doors or windows

Definitions

  • the invention relates to a frame with fixed and / or sliding elements, in particular doors, according to the preamble of claim 1.
  • a frame with fixed and sliding elements has become known, which has a hollow chamber profile and assembled into a window frame, elongated in cross section, flat frame profile with a plurality of adjacent, thermally separated cross-sectional sections; on or in this frame profile, extruded profiles are defined under snap-in connection.
  • CH-A-641 240 shows a frame with fixed elements, with a sash frame designed as a hollow chamber profile and assembled into a circumferential sash frame surrounding a fixed element, with a square cross-section sash profile with two thermally separated cross-sectional sections and extrusion profiles inserted on or in the sash profile with a sliding connection .
  • a frame with fixed and / or sliding elements as a sliding system for buildings, in particular conservatories, in which the frame as a frame and a sash for the fixed or sliding element and rungs that can be used in the casement frame when using large-area fixed or sliding elements, thermally designed, easy-to-care and largely largely flat exterior profiles that show easy access to the frame and these profiles are simple and stable with each other connectable and optimally sealed against each other.
  • the frame has a flat, flat outer frame design, through which its profiles are easy to maintain and easy to walk on (no grooves, no high stumbling edges).
  • the casement profile is very stable and offers shape retention, even when installing large glass panes. Long brush seals are used to seal wind and wet better.
  • tandem rollers ensures that the sliding element runs quietly and smoothly.
  • the high parts by weight are taken over by several rollers.
  • the frame profile and the wing profile show a favorable thermal design, whereby cold bridges are avoided; the multi-chamber design of these profiles results in additional thermal insulation.
  • the fixed and sliding elements rest against the casement profile with the interposition of seals and are held securely by easily usable stop profiles.
  • rung profiles can be used in the sash frame, which also enable favorable thermal training and easy connection.
  • the fastening grooves in the frame profile are closed smoothly and cleanly by simple cover profiles.
  • Various types of guide profiles are provided for the brush seals, which are used at the required points in the fastening grooves of the wing profiles and act in one or more directions.
  • (3) is a hollow chamber profile and is assembled into a window frame, elongated in cross section, flat frame profile with several adjacent, thermally separated cross-sectional sections (4, 5, 6).
  • a wing profile (8) which is designed as a hollow chamber profile and is composed of a peripheral wing frame which surrounds a sliding or fixed element (1, 2), has a square cross section and has two thermally separated cross section sections (9, 10).
  • the frame profile (3) according to FIG. 3 is composed of two double-chamber profile tubes (4, 5) lying next to one another at a distance and a single-chamber profile tube (6) lying on the outside of the frame at a distance from a double-chamber profile tube (5), each with a rectangular cross-section educated.
  • the two double-chamber profile tubes (4, 5) and a double-chamber profile tube (5) with the adjacent single-chamber profile tube (6) are firmly connected to form a unit by two insulating webs (18) running parallel in the frame width direction, these three profile tubes (4, 5, 6) result in the three thermally separated cross-sectional sections.
  • the two double-chamber profile tubes (4, 5) are arranged with their larger cross-sectional dimension lying flat in the frame width direction and the single-chamber profile tube (6) is provided with its larger cross-sectional dimension standing upright in the frame profile (3).
  • This single-chamber profile tube (6) extends on the outside of the frame and thus the sliding system.
  • the insulating webs (18) are non-detachably anchored in grooves (19) which are formed on the mutually facing sides of the profiled tubes (4, 5, 6) and are undercut in cross section.
  • the two double-chamber profile tubes (4, 5) form on their cross-sectional side facing the fixed or sliding element (2, 1) on both sides of a chamber (4a, 5a) in the two cross-sectional edge areas a molded-in, undercut groove (7) for the Inclusion of the roller track profile (11), the cover profile (13) and seal guide profiles (15 to 17).
  • the single-chamber profile tube (6) shows the sliding or. Fixed element (1, 2) facing the cross-sectional side a molded-in, undercut groove (7) for receiving a cover profile (13) or a seal guide profile (15, 16); On the outside of the single-chamber profile tube (6), a molded-in groove (20) with an undercut in cross section is provided as a view groove or seal receptacle.
  • the adjacent cross-sectional walls (21) of the three profile tubes (4, 5, 6) form a groove (22) undercut in cross-section on their cross-sectional side (window frame reveal) facing the sliding or fixed element (1, 2) with an insulating web (18) Use of a cover profile (12). All three profile tubes (4, 5, 6) have formed on their cross-sectional side opposite the grooves (7, 22), cross-sectionally angular fastening webs (23).
  • the wing profile (8) has two double-chamber profile tubes (9, 10) with a rectangular cross-section, which run parallel with their larger rectangular extension and are connected to a fixed unit by two parallel insulating webs (18) between them, the two profile tubes (9, 10) represent the two thermally separated cross-sectional sections.
  • the profile tube (9) lying on the outside of the wing profile (8) and thus on the outside of the sliding system has an elongated contact leg (25) on the outside with an integrally formed sealing receiving groove (26) for the installation of the fixed or sliding element (2, 1);
  • the second profile tube (10) has molded-on locking webs (27) behind which a stop profile (14) engaging on the inside to fix the position against the fixed or sliding element (2, 1) engages.
  • Both profile tubes (9, 10) have molded-on retaining webs (47) on their cross-sectional side facing away from the fixed or sliding element (2, 1) for inserting cover profiles (28), for attaching and latching in U-shaped closing profiles (48) and Seal guide profiles (29, 36) in each profile tube (9, 10) and a cover or slide profile (12) between the two profile tubes (9, 10) (see. Fig. 1 and 2).
  • these two profile tubes (9, 10) have internal, molded-in screw grooves (24) for inserting screws for connecting adjacent miter-jointed wing profiles (8).
  • Carriages (30) are inserted into the horizontal wing profile (8) of the sliding element (1), which supports the sliding element (1) on the running profile (11) of the underlying frame profile (3).
  • the wing profile (8) in the area of each carriage (30) and in the area of the lower insulating web (18) and in its adjacent profile walls (9a, 10a) below the upper insulating web (18) for the use of each carriage (30).
  • the carriage (30) lies with the interposition of a cross-sectionally U-shaped insulating profile (31) (Fig. 1 and 11) with a carriage bearing plate (32) under the crossbars (9b, 10b) of both profile tubes (9, 10).
  • the carriage (30) preferably has, under its bearing plate (32), pivotally mounted tandem rollers (30a) with which it runs on the running profile (11).
  • the running profile (11), cf. Fig. 10, consists of a cross-sectionally T-shaped, in the groove (7) of the frame profile (3) engaging and engaging in the same and supporting it in the insert strip (11a) and an integrally molded, mushroom-like cross-section on it ( 11b) together.
  • This cover profile (12) is used for a smooth finish within the frame profile, so that its flat cross-sectional side opposite the sliding groove (12b) is flush with the frame profile (3).
  • This cover profile (12) can, as shown in FIG. 1, also be inserted between the retaining strips (27) of the wing profile (8) and then rests with its underlying slide groove (12b) on a running profile (11) inserted in the frame profile (3) ), with the sliding element then standing firmly on this running profile (11) so that the same height of both elements (1, 2) is achieved, or the element (2) can be compared to the running profile (11) by the cover profile (12) to be moved smoothly.
  • the seal guide profile (15, 16, 17) shows a cross-sectionally T-shaped plug-in bar (15a, 16a, 17a) and a protruding, integrally molded profile web (15b, 16b, 17b), on which one or several or on both sides several superimposed grooves (15c, 16c, 17c) which are undercut in cross-section are formed, into which brush seals (33) are inserted, depending on requirements on one or both sides of the wing profiles (8) or on the frame profile slide along for sealing.
  • the use of these seal guide profiles (15, 16, 17) can be seen from FIGS. 1 and 2 for the required requirements.
  • the stop profile (14) according to FIG. 12 is designed as a U-profile with snap-in strips (14a) formed on the free ends of the U-legs and has a receiving strip (14b) projecting transversely to the U-legs as an extension of the U-web a seal.
  • This stop profile (14) is fixed to the inside of the sliding or fixed element (1, 2) on the wing profile (8) with a snap connection and lies opposite the contact leg (25) of the wing profile (8) so that the element (1, 2) with the interposition of seals (34) between the contact leg (25) and stop profile (14).
  • the stop profile (14) snaps with its locking strips (14a) behind the locking webs (27) of the wing profile (8), cf. 1 and 2.
  • a rung profile (35) is shown, which is used in large-area fixed and sliding elements (2, 1) for dividing the glass panes or plastic plates in the casement.
  • This rung profile (35) corresponds in the basic structure to the wing profile (8) and has only one elongated contact leg (25) on a profile tube (9), so that glass panes or the like are placed on both sides of the insulating webs (18) and by two in the Locking webs (27) of the profile tube (10) snap stop profiles (14) are held.
  • This rung profile (35) in the two profile tubes (9, 10) is equipped with two screw grooves (24) for the rung connection.
  • the frame profile (3), the wing profile (8), the rung profile (35), the stop profile (14) and the seal guide profiles (15, 16, 17) are of extruded profiles made of aluminum and the cover profiles (12, 13) as well as that Insulating profile (31) made from plastic as extruded profiles.
  • angled seal guide profiles (36) with a brush seal (33) can also be used, in particular in the area of the carriage (30) or the running profile (11) with a cover profile (12).
  • labyrinth seals (37) with brush seals (33) can be attached to the wing profiles (8) between the adjacent elements (1, 2), which, when the two elements (1, 2) are closed, provide a seal in their overlap area.

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  • Engineering & Computer Science (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)
  • Casting Support Devices, Ladles, And Melt Control Thereby (AREA)
  • Sliding-Contact Bearings (AREA)
  • Wing Frames And Configurations (AREA)

Abstract

The frame with fixed and/or sliding elements, in particular doors as the sliding arrangement, comprises a cross-sectionally elongated, flat frame profile (3) which is formed as a hollow-chamber profile and combined to form a case, this profile (3) having a plurality of successive, thermally separated cross-section portions (4, 5, 6). A cross-sectionally square wing profile (8), which is formed as a hollow-chamber profile and combined to form a peripheral wing frame surrounding a sliding or fixed element (1, 2), has two thermally separated cross-section portions (9, 10). There are fitted onto or into the frame and wing profile (3, 8), with sliding and/or locking connection, extruded profiles in the form of roller-running profiles (11), covering profiles (12, 13), rebate profiles (14) and sealing/guiding profiles (15 to 17 and 36). <IMAGE>

Description

Die Erfindung bezieht sich auf einen Rahmen mit Fest- und/oder Schiebeelementen, insbesondere Türen, entsprechend dem Oberbegriff des Patentanspruches 1.The invention relates to a frame with fixed and / or sliding elements, in particular doors, according to the preamble of claim 1.

Aus der FR-A-2 518 159 ist ein Rahmen mit Fest- und Schiebeelementen bekannt geworden, der ein als Hohlkammerprofil ausgebildetes und zu einem Blendrahmen zusammengesetztes, im Querschnitt langgestrecktes, flaches Rahmenprofil mit mehreren, nebeneinander liegenden, thermisch getrennnten Querschnittsabschnitten aufweist; an bzw. in diesem Rahmenprofil werden unter Rastverbindung Strangprofile festgelegt.From FR-A-2 518 159 a frame with fixed and sliding elements has become known, which has a hollow chamber profile and assembled into a window frame, elongated in cross section, flat frame profile with a plurality of adjacent, thermally separated cross-sectional sections; on or in this frame profile, extruded profiles are defined under snap-in connection.

Weiterhin Zeigt die CH-A-641 240 einen Rahmen mit Festelementen, mit einem als Hohlkammerprofil ausgebildeten und zu einem umlaufenden, ein Festelement umgebenden Flügelrahmen zusammengesetzten, im Querschnitt quadratförmigen Flügelprofil mit zwei thermisch getrennten Querschnittsabschnitten und an bzw. in das Flügelprofil unter Schiebeverbindung eingesetzte Strangprofile.Furthermore, CH-A-641 240 shows a frame with fixed elements, with a sash frame designed as a hollow chamber profile and assembled into a circumferential sash frame surrounding a fixed element, with a square cross-section sash profile with two thermally separated cross-sectional sections and extrusion profiles inserted on or in the sash profile with a sliding connection .

Ausgehend von diesem Stand der Technik ist es Aufgabe der Erfindung, einen Rahmen mit Fest- und/oder Schiebeelementen als Schiebeanlage für Bauwerke, insbesondere Wintergärten zu schaffen, bei dem der Rahmen als Blendrahmen und ein Flügelrahmen für das Fest- bzw. Schiebeelement sowie in den Flügelrahmen einsetzbare Sprossen beim Einsatz großflächiger Fest- bzw. Schiebeelemente, aus thermisch günstig ausgeführten, pflegeleicht ausgebildeten und außen weitestgehend ebene und beim Blendrahmen gut begehbare Flächen zeigenden Profilen gebildet sind und diese Profile einfach und stabil miteinander verbindbar sowie optimal gegeneinander abgedichtet sind.Based on this prior art, it is an object of the invention to provide a frame with fixed and / or sliding elements as a sliding system for buildings, in particular conservatories, in which the frame as a frame and a sash for the fixed or sliding element and rungs that can be used in the casement frame when using large-area fixed or sliding elements, thermally designed, easy-to-care and largely largely flat exterior profiles that show easy access to the frame and these profiles are simple and stable with each other connectable and optimally sealed against each other.

Die Aufgabe wird erfindungsgemäß durch die kennzeichnenden Merkmale des Patentanspruches 1 gelöst, wobei die in den Unteransprüchen aufgeführten Gestaltungsmerkmale vorteilhafte Weiterbildungen der Aufgabenlösung darstellen.The object is achieved by the characterizing features of claim 1, the design features listed in the subclaims representing advantageous developments of the task solution.

Der Rahmen hat eine flache, ebene Blendrahmengestaltung, durch die seine Profile gut zu pflegen und leicht zu begehen (keine Rillen, keine hohen Stolperkanten) sind.The frame has a flat, flat outer frame design, through which its profiles are easy to maintain and easy to walk on (no grooves, no high stumbling edges).

Durch die Blendrahmenkonstruktion ist eine Zwangsentwässerung im unteren Bereich nicht notwendig, da das Einbringen von Wasser und Schmutz unmöglich ist.Due to the frame construction, there is no need for forced drainage in the lower area, since the introduction of water and dirt is impossible.

Das Flügelrahmenprofil ist sehr stabil und bietet Formtreue, auch beim Einbau großer Glasscheiben. Zur besseren Abdichtung von Wind und Nässe werden lange Bürstendichtungen verwendet.The casement profile is very stable and offers shape retention, even when installing large glass panes. Long brush seals are used to seal wind and wet better.

Der Einbau von Tandemrollen gewährleistet einen leisen und leichtgängigen Lauf des Schiebeelementes. Bei größeren Schiebeelementen werden die hohen Gewichtsanteile durch mehrere Rollen übernommen.The installation of tandem rollers ensures that the sliding element runs quietly and smoothly. In the case of larger sliding elements, the high parts by weight are taken over by several rollers.

Das Rahmenprofil und das Flügelprofil zeigen eine günstige thermische Gestaltung, wodurch Kältebrücken vermieden werden; die Mehrkammerausbildung dieser Profile ergibt eine zusätzliche Wärmedämmung.The frame profile and the wing profile show a favorable thermal design, whereby cold bridges are avoided; the multi-chamber design of these profiles results in additional thermal insulation.

Die Fest- und Schiebeelemente liegen unter Zwischenschaltung von Dichtungen an dem Flügelrahmenprofil an und werden durch einfach einsetzbare Anschlagprofile sicher gehalten.The fixed and sliding elements rest against the casement profile with the interposition of seals and are held securely by easily usable stop profiles.

Bei größeren Fest- und Schiebeelementen lassen sich in die Flügelrahmen Sprossenprofile einsetzen, die ebenfalls eine günstige thermische Ausbildung und leichte Verbindung ermöglichen.For larger fixed and sliding elements, rung profiles can be used in the sash frame, which also enable favorable thermal training and easy connection.

Die Befestigungsnuten in dem Rahmenprofil werden durch einfache Abdeckprofile glatt und sauber geschlossen.The fastening grooves in the frame profile are closed smoothly and cleanly by simple cover profiles.

Für die Bürstendichtungen sind verschiedenartig gestaltete Führungsprofile vorgesehen, welche an den erforderlichen Stellen in Befestigungsnuten der Flügelprofile eingesetzt sind und in eine oder mehrere Richtungen wirken.Various types of guide profiles are provided for the brush seals, which are used at the required points in the fastening grooves of the wing profiles and act in one or more directions.

Auf den Zeichnungen ist ein Ausführungsbeispiel der Erfindung dargestellt, welches nachfolgend näher erläutert wird. Es zeigt:

Fig. 1
einen senkrechten Schnitt durch eine aus einem Rahmen und Fest- und/oder Schiebeelementen, insbesondere Türen, gebildete Schiebeanlage,
Fig. 2
einen waagerechten Schnitt durch dieselbe Schiebeanlage,
Fig. 3
einen Querschnitt durch ein Rahmenprofil zur Bildung eines Blendrahmens,
Fig. 4
einen Querschnitt durch ein Flügelprofil zur Bildung eines Flügelrahmens für das Fest- bzw. Schiebeelement,
Fig. 5 bis 10
Querschnitte durch Abdeck-, Führungs- und Rollenlaufprofile,
Fig. 11
einen Querschnitt durch ein Isolierprofil,
Fig. 12
einen Querschnitt durch ein Anschlagprofil,
Fig. 13
einen Querschnitt durch ein Sprossenprofil.
In the drawings, an embodiment of the invention is shown, which is explained in more detail below. It shows:
Fig. 1
a vertical section through a sliding system formed from a frame and fixed and / or sliding elements, in particular doors,
Fig. 2
a horizontal cut through the same sliding system,
Fig. 3
a cross section through a frame profile to form a frame,
Fig. 4
a cross section through a wing profile to form a wing frame for the fixed or sliding element,
5 to 10
Cross-sections through cover, guide and roller profiles,
Fig. 11
a cross section through an insulating profile,
Fig. 12
a cross section through a stop profile,
Fig. 13
a cross section through a rung profile.

Der Rahmen mit Fest- und/oder Schiebeelementen (2, 1), insbesondere Türen, bildet eine Schiebeanlage zum Einbau bei Bauwerken, insbesondere bei Wintergärten.The frame with fixed and / or sliding elements (2, 1), in particular doors, forms a sliding system for installation in buildings, in particular in winter gardens.

Mit (3) ist ein als Hohlkammerprofil ausgebildetes und zu einem Blendrahmen zusammengesetztes, im Querschnitt langgestrecktes, flaches Rahmenprofil mit mehreren, nebeneinanderliegenden, thermisch getrennten Querschnittsabschnitten (4, 5, 6) bezeichnet.With (3) is a hollow chamber profile and is assembled into a window frame, elongated in cross section, flat frame profile with several adjacent, thermally separated cross-sectional sections (4, 5, 6).

Ein als Hohlkammerprofil ausgebildetes, zu einem umlaufenden, ein Schiebe- bzw. Festelement (1, 2) umgebenden Flügelrahmen zusammengesetztes Flügelprofil (8) zeigt einen quadratförmigen Querschnitt und besitzt zwei thermisch getrennte Querschnittsabschnitte (9, 10).A wing profile (8), which is designed as a hollow chamber profile and is composed of a peripheral wing frame which surrounds a sliding or fixed element (1, 2), has a square cross section and has two thermally separated cross section sections (9, 10).

An bzw. in das Rahmen- und Flügelprofil (3, 8) werden unter Schiebe- und/oder Rastverbindung Strangprofile in Form von Rollenlaufprofilen (11), Abdeckprofilen (12, 13), Anschlagprofilen (14) und Dichtungs-Führungsprofilen (15, 16, 17) eingesetzt.On or in the frame and sash profile (3, 8) are extruded profiles in the form of roller track profiles (11), cover profiles (12, 13), stop profiles (14) and sealing guide profiles (15, 16 , 17) used.

Das Rahmenprofil (3) gemäß Fig. 3 ist von zwei im Abstand nebeneinander liegenden Doppelkammer-Profilrohren (4, 5) und einem an der Blendrahmen-Außenseite im Abstand zu einem Doppelkammer-Profilrohr (5) liegenden Einkammerprofilrohr (6) mit jeweils rechteckigem Querschnitt gebildet.The frame profile (3) according to FIG. 3 is composed of two double-chamber profile tubes (4, 5) lying next to one another at a distance and a single-chamber profile tube (6) lying on the outside of the frame at a distance from a double-chamber profile tube (5), each with a rectangular cross-section educated.

Die beiden Doppelkammer-Profilrohre (4, 5) und ein Doppelkammer-Profilrohr (5) mit dem benachbarten EinkammerProfilrohr (6) sind durch jeweils zwei parallel in Rahmenbreitenrichtung verlaufende Isolierstege (18) zu einer Einheit fest verbunden, wobei diese drei Profilrohre (4, 5, 6) die drei thermisch getrennten Querschnittsabschnitte ergeben.The two double-chamber profile tubes (4, 5) and a double-chamber profile tube (5) with the adjacent single-chamber profile tube (6) are firmly connected to form a unit by two insulating webs (18) running parallel in the frame width direction, these three profile tubes (4, 5, 6) result in the three thermally separated cross-sectional sections.

Die beiden Doppelkammer-Profilrohre (4, 5) sind mit ihrer größeren Querschnittsausdehnung in Rahmenbreitenrichtung flachliegend angeordnet und das Einkammer-Profilrohr (6) ist mit seiner größeren Querschnittsausdehnung hochkant stehend im Rahmenprofil (3) vorgesehen.The two double-chamber profile tubes (4, 5) are arranged with their larger cross-sectional dimension lying flat in the frame width direction and the single-chamber profile tube (6) is provided with its larger cross-sectional dimension standing upright in the frame profile (3).

Dieses Einkammer-Profilrohr (6) erstreckt sich an der Außenseite des Blendrahmens und somit der Schiebeanlage.This single-chamber profile tube (6) extends on the outside of the frame and thus the sliding system.

Die Isolierstege (18) sind in an den einander zugewandten Seiten der Profilrohre (4, 5, 6) angeformten, im Querschnitt hinterschnittenen Nuten (19) unlösbar verankert.The insulating webs (18) are non-detachably anchored in grooves (19) which are formed on the mutually facing sides of the profiled tubes (4, 5, 6) and are undercut in cross section.

Die beiden Doppelkammer-Profilrohre (4, 5) bilden an ihrer dem Fest- bzw. Schiebeelement (2, 1) zugewandten Querschnittsseite beiderseits einer Kammer (4a, 5a) in den beiden Querschnittsrandbereichen eine eingeformte, im Querschnitt hinterschnittene Nut (7) für die Aufnahme des Rollenlaufprofiles (11), des Abdeckprofiles (13) und von Dichtungs-Führungsprofilen (15 bis 17).The two double-chamber profile tubes (4, 5) form on their cross-sectional side facing the fixed or sliding element (2, 1) on both sides of a chamber (4a, 5a) in the two cross-sectional edge areas a molded-in, undercut groove (7) for the Inclusion of the roller track profile (11), the cover profile (13) and seal guide profiles (15 to 17).

Das Einkammer-Profilrohr (6) zeigt an seiner dem Schiebe-bzw. Festelement (1, 2) zugewandten Querschnittsseite eine eingeformte, im Querschnitt hinterschnittene Nut (7) für die Aufnahme eines Abdeckprofiles (13) oder eines Dichtungs-Führungsprofiles (15, 16); an der Außenseite des Einkammer-Profilrohres (6) ist eine eingeformte, im Querschnitt hinterschnittene Nut (20) als Sichtrille oder Dichtungsaufnahme vorgesehen.The single-chamber profile tube (6) shows the sliding or. Fixed element (1, 2) facing the cross-sectional side a molded-in, undercut groove (7) for receiving a cover profile (13) or a seal guide profile (15, 16); On the outside of the single-chamber profile tube (6), a molded-in groove (20) with an undercut in cross section is provided as a view groove or seal receptacle.

Die benachbarten Querschnittswandungen (21) der drei Profilrohre (4, 5, 6) bilden an ihrer dem Schiebe- bzw. Festelement (1, 2) zugewandten Querschnittsseite (Blendrahmenlaibung) mit einem Isoliersteg (18) eine im Querschnitt hinterschnittene Nut (22) zum Einsatz eines Abdeckprofiles (12). Alle drei Profilrohre (4, 5, 6) haben an ihrer den Nuten (7, 22) gegenüberliegenden Querschnittsseite angeformte, im Querschnitt winkelförmige Befestigungsstege (23).The adjacent cross-sectional walls (21) of the three profile tubes (4, 5, 6) form a groove (22) undercut in cross-section on their cross-sectional side (window frame reveal) facing the sliding or fixed element (1, 2) with an insulating web (18) Use of a cover profile (12). All three profile tubes (4, 5, 6) have formed on their cross-sectional side opposite the grooves (7, 22), cross-sectionally angular fastening webs (23).

Innerhalb der außenliegenden Nut (20) des Einkammer-Profilrohres (6) ist eine und innerhalb der Kammern (4a, 5a) beider Doppelkammer-Profilrohre (4, 5) sind zwei Schraubnuten (24) zum Einbringen von Schrauben für die Verbindung benachbarter, unter Gehrung zusammenstoßender Rahmenprofile (3) eingeformt.Inside the outer groove (20) of the single-chamber profile tube (6) is one and inside the chambers (4a, 5a) of both double-chamber profile tubes (4, 5) are two screw grooves (24) for inserting screws for the connection of the adjacent ones Miter of colliding frame profiles (3) molded.

Das Flügelprofil (8) besitzt zwei im Querschnitt rechteckige Doppelkammer-Profilrohre (9, 10), die mit ihrer größeren Rechteckausdehnung parallel laufen und durch zwei dazwischenliegende, parallele Isolierstege (18) zu einer festen Einheit verbunden sind, wobei die beiden Profilrohre (9, 10) die beiden thermisch getrennten Querschnittsabschnitte darstellen.The wing profile (8) has two double-chamber profile tubes (9, 10) with a rectangular cross-section, which run parallel with their larger rectangular extension and are connected to a fixed unit by two parallel insulating webs (18) between them, the two profile tubes (9, 10) represent the two thermally separated cross-sectional sections.

Das an der Außenseite des Flügelprofiles (8) und somit an der Außenseite der Schiebeanlage liegende Profilrohr (9) besitzt außenseitig einen verlängerten Anlageschenkel (25) mit angeformter Dichtungsaufnahmenut (26) für die Anlage des Fest- bzw. Schiebeelementes (2, 1); das zweite Profilrohr (10) hat angeformte Raststege (27) hinter die ein innenseitig zur Lagefixierung gegen das Fest- bzw. Schiebeelement (2, 1) anliegendes Anschlagprofil (14) einrastend eingreift.The profile tube (9) lying on the outside of the wing profile (8) and thus on the outside of the sliding system has an elongated contact leg (25) on the outside with an integrally formed sealing receiving groove (26) for the installation of the fixed or sliding element (2, 1); the second profile tube (10) has molded-on locking webs (27) behind which a stop profile (14) engaging on the inside to fix the position against the fixed or sliding element (2, 1) engages.

Beide Profilrohre (9, 10) haben an ihrer, dem Fest- bzw. Schiebeelement (2, 1) abgewandten Querschnittsseite angeformte Haltestege (47) zum Einschieben von Abdeckprofilen (28), zum Aufstecken und Einrasten von U-förmigen Schließprofilen (48) und Dichtungs-Führungsprofilen (29, 36) in jedes Profilrohr (9, 10) sowie eines Abdeck- oder Gleitprofiles (12) zwischen beide Profilrohre (9, 10) (vgl. Fig. 1 und 2).Both profile tubes (9, 10) have molded-on retaining webs (47) on their cross-sectional side facing away from the fixed or sliding element (2, 1) for inserting cover profiles (28), for attaching and latching in U-shaped closing profiles (48) and Seal guide profiles (29, 36) in each profile tube (9, 10) and a cover or slide profile (12) between the two profile tubes (9, 10) (see. Fig. 1 and 2).

Weiterhin zeigen diese beiden Profilrohre (9, 10) innenliegende, eingeformte Schraubnuten (24) zum Einbringen von Schrauben für die Verbindung benachbarter, unter Gehrung zusammenstoßender Flügelprofile (8).Furthermore, these two profile tubes (9, 10) have internal, molded-in screw grooves (24) for inserting screws for connecting adjacent miter-jointed wing profiles (8).

In das untenliegende, waagerechte Flügelprofil (8) des Schiebeelementes (1) sind Laufwagen (30) eingesetzt, die auf dem Laufprofil (11) des untenliegenden Rahmenprofiles (3) das Schiebeelement (1) verfahrbar tragen. Hierfür ist das Flügelprofil (8) im Bereich jedes Laufwagens (30) und im Bereich des unteren Isoliersteges (18) und in seinen benachbarten Profilwandungen (9a, 10a) unterhalb des oberen Isoliersteges (18) für den Einsatz jedes Laufwagens (30) ausgespart. Der Laufwagen (30) liegt unter Zwischenschaltung eines im Querschnitt U-förmigen Isolierprofiles (31) (Fig. 1 und 11) mit einer Wagen-Lagerplatte (32) unter den Querstegen (9b, 10b) beider Profilrohre (9, 10) an. Der Laufwagen (30) hat in bevorzugter Weise unter seiner Lagerplatte (32) höhenverschwenkbar gelagerte Tandem-Laufrollen (30a), mit denen er auf dem Laufprofil (11) fährt.Carriages (30) are inserted into the horizontal wing profile (8) of the sliding element (1), which supports the sliding element (1) on the running profile (11) of the underlying frame profile (3). For this purpose, the wing profile (8) in the area of each carriage (30) and in the area of the lower insulating web (18) and in its adjacent profile walls (9a, 10a) below the upper insulating web (18) for the use of each carriage (30). The carriage (30) lies with the interposition of a cross-sectionally U-shaped insulating profile (31) (Fig. 1 and 11) with a carriage bearing plate (32) under the crossbars (9b, 10b) of both profile tubes (9, 10). The carriage (30) preferably has, under its bearing plate (32), pivotally mounted tandem rollers (30a) with which it runs on the running profile (11).

Das Laufprofil (11), vgl. Fig. 10, setzt sich aus einer im Querschnitt T-förmigen, in die Nut (7) des Rahmenprofiles (3) eingreifende und sich in derselben eingreifenden und in derselben abstützenden Einsteckleiste (11a) und einer darauf einteilig angeformten, im Querschnitt pilzartigen Laufleiste (11b) zusammen.The running profile (11), cf. Fig. 10, consists of a cross-sectionally T-shaped, in the groove (7) of the frame profile (3) engaging and engaging in the same and supporting it in the insert strip (11a) and an integrally molded, mushroom-like cross-section on it ( 11b) together.

Das Abdeckprofil (12) gemäß Fig. 5, welches in die Nuten (22) des Rahmenprofiles (3) eingesetzt wird, ist im Querschnitt rechteckig ausgebildet und zeigt an seinen beiden schmalen Rechteckseiten angeformte Raststege (12a) und an einer breiten Rechteckseite eine eingeformte Gleitrille (12b).5, which is inserted into the grooves (22) of the frame profile (3), is rectangular in cross-section and has molded-in locking webs (12a) on its two narrow rectangular sides and a molded-in sliding groove on a wide rectangular side (12b).

Dieses Abdeckprofil (12) dient zum glatten Abschluß innerhalb des Rahmenprofiles, so daß seine ebene, der Gleitrille (12b) gegenüberliegende Querschnittsseite bündig mit dem Rahmenprofil (3) abschließt.This cover profile (12) is used for a smooth finish within the frame profile, so that its flat cross-sectional side opposite the sliding groove (12b) is flush with the frame profile (3).

Dieses Abdeckprofil (12) kann aber auch, wie Fig. 1 zeigt, zwischen die Halteleisten (27) des Flügelprofiles (8) eingesetzt werden und stützt sich dann mit seiner untenliegenden Gleitrille (12b) auf einem im Rahmenprofil (3) eingesetzten Laufprofil (11) ab, wobei das Schiebeelement dann fest auf diesem Laufprofil (11) steht, damit die gleiche Höhenlage beider Elemente (1, 2) erreicht wird, oder aber das Element (2) kann gegenüber dem Laufprofil (11) durch das Abdeckprofil (12) gleitend verschoben werden.This cover profile (12) can, as shown in FIG. 1, also be inserted between the retaining strips (27) of the wing profile (8) and then rests with its underlying slide groove (12b) on a running profile (11) inserted in the frame profile (3) ), with the sliding element then standing firmly on this running profile (11) so that the same height of both elements (1, 2) is achieved, or the element (2) can be compared to the running profile (11) by the cover profile (12) to be moved smoothly.

Das Abdeckprofil (13) nach Fig. 6 hat einen T-förmigen Querschnitt und wird in die Nuten (7) des Rahmenprofiles (3) je nach Bedarf zum bündigen Abschluß des Rahmenprofiles (3) eingesetzt, vgl. Fig. 1 und 2.6 has a T-shaped cross section and is inserted into the grooves (7) of the frame profile (3) as required for the flush closure of the frame profile (3), cf. 1 and 2.

Das Dichtungs-Führungsprofil (15, 16, 17) zeigt eine im Querschnitt T-förmige Einsteckleiste (15a, 16a, 17a) und einen darauf sich abhebenden, einstückig angeformten Profilsteg (15b, 16b, 17b), an dem an einer Seite ein oder mehrere bzw. an beiden Seiten mehrere übereinanderliegende, im Querschnitt hinterschnittene Nuten (15c, 16c, 17c) angeformt sind, in die Bürstendichtungen (33) eingesetzt werden, die je nach Bedarf an einer oder beiden Seiten der Flügelprofile (8) oder an dem Rahmenprofil zur Abdichtung entlanggleiten. Der Einsatz dieser Dichtungs-Führungsprofile (15, 16, 17) ist aus Fig. 1 und 2 für den jeweils erforderlichen Bedarf ersichtlich.The seal guide profile (15, 16, 17) shows a cross-sectionally T-shaped plug-in bar (15a, 16a, 17a) and a protruding, integrally molded profile web (15b, 16b, 17b), on which one or several or on both sides several superimposed grooves (15c, 16c, 17c) which are undercut in cross-section are formed, into which brush seals (33) are inserted, depending on requirements on one or both sides of the wing profiles (8) or on the frame profile slide along for sealing. The use of these seal guide profiles (15, 16, 17) can be seen from FIGS. 1 and 2 for the required requirements.

Das Anschlagprofil (14) nach Fig. 12 ist als U-Profil mit an den freien Enden der U-Schenkel angeformten Rastleisten (14a) ausgeführt und hat eine in Verlängerung des U-Steges quer zu den U-Schenkeln abstehende Aufnahmeleiste (14b) für eine Dichtung.The stop profile (14) according to FIG. 12 is designed as a U-profile with snap-in strips (14a) formed on the free ends of the U-legs and has a receiving strip (14b) projecting transversely to the U-legs as an extension of the U-web a seal.

Dieses Anschlagprofil (14) wird jeweils an die Innenseite des Schiebe- bzw. Festelementes (1, 2) am Flügelprofil (8) unter Rastverbindung festgelegt und liegt dem Anlageschenkel (25) des Flügelprofiles (8) gegenüber, so daß das Element (1, 2) unter Zwischenschaltung von Dichtungen (34) zwischen Anlageschenkel (25) und Anschlagprofil (14) gehalten ist.This stop profile (14) is fixed to the inside of the sliding or fixed element (1, 2) on the wing profile (8) with a snap connection and lies opposite the contact leg (25) of the wing profile (8) so that the element (1, 2) with the interposition of seals (34) between the contact leg (25) and stop profile (14).

Das Anschlagprofil (14) rastet mit seinen Rastleisten (14a) hinter die Raststege (27) des Flügelprofiles (8), vgl. Fig. 1 und 2.The stop profile (14) snaps with its locking strips (14a) behind the locking webs (27) of the wing profile (8), cf. 1 and 2.

In Fig. 13 ist ein Sprossenprofil (35) dargestellt, welches bei großflächigen Fest- und Schiebeelementen (2, 1) zur Unterteilung der Glasscheiben oder Kunststoffplatten in den Flügelrahmen eingesetzt wird.In Fig. 13 a rung profile (35) is shown, which is used in large-area fixed and sliding elements (2, 1) for dividing the glass panes or plastic plates in the casement.

Dieses Sprossenprofil (35) entspricht im Grundaufbau dem Flügelprofil (8) und hat lediglich an einem Profilrohr (9) zwei verlängerte Anlageschenkel (25), so daß nach beiden Seiten der Isolierstege (18) Glasscheiben od. dgl. angestellt und durch zwei in die Raststege (27) des Profilrohres (10) einrastbare Anschlagprofile (14) gehalten werden.This rung profile (35) corresponds in the basic structure to the wing profile (8) and has only one elongated contact leg (25) on a profile tube (9), so that glass panes or the like are placed on both sides of the insulating webs (18) and by two in the Locking webs (27) of the profile tube (10) snap stop profiles (14) are held.

Dieses Sprossenprofil (35) ist in den beiden Profilrohren (9, 10) jeweils mit zwei Schraubnuten (24) für die Sprossenverbindung ausgestattet.This rung profile (35) in the two profile tubes (9, 10) is equipped with two screw grooves (24) for the rung connection.

Für die gleichen Teile des Sprossenprofiles (35) sind dieselben Bezugszahlen wie beim Flügelprofil (8) verwendet worden.The same reference numbers as for the wing profile (8) have been used for the same parts of the rung profile (35).

Das Rahmenprofil (3), das Flügelprofil (8), das Sprossenprofil (35), das Anschlagprofil (14) und die Dichtungs-Führungsprofile (15, 16, 17) sind von Strangprofilen aus Aluminium und die Abdeckprofile (12, 13) sowie das Isolierprofil (31) als Strangprofile aus Kunststoff hergestellt.The frame profile (3), the wing profile (8), the rung profile (35), the stop profile (14) and the seal guide profiles (15, 16, 17) are of extruded profiles made of aluminum and the cover profiles (12, 13) as well as that Insulating profile (31) made from plastic as extruded profiles.

Wie aus Fig. 1 ersichtlich, lassen sich auch abgewinkelte Dichtungs-Führungsprofile (36) mit Bürstendichtung (33) einsetzen und zwar insbesondere im Bereich des Laufwagens (30) bzw. des Laufprofiles (11) mit Abdeckprofil (12).As can be seen from FIG. 1, angled seal guide profiles (36) with a brush seal (33) can also be used, in particular in the area of the carriage (30) or the running profile (11) with a cover profile (12).

Weiterhin lassen sich zwischen den benachbarten Elementen (1, 2) an den Flügelprofilen (8) Labyrinthdichtungen (37) mit Bürstendichtungen (33) befestigen, die im geschlossenen Zustand der beiden Elemente (1, 2) eine Abdichtung in deren Überlappungsbereich ergeben.Furthermore, labyrinth seals (37) with brush seals (33) can be attached to the wing profiles (8) between the adjacent elements (1, 2), which, when the two elements (1, 2) are closed, provide a seal in their overlap area.

Claims (21)

  1. Frame with fixed and/or sliding elements, more particularly doors, comprising an outer frame or casing assembled from a frame profile (3) and extruded profiles adapted to be located on the frame profile, the frame profile (3) of the outer frame or casing being constituted by a flat window profile of elongated cross-section with a plurality of thermally separate cross-sectional portions (4, 5, 6) arranged one alongside the other,
    characterised in that
    a casement surrounding a sliding or fixed element (1, 2) is inserted into the outer frame or casing and is assembled from a casement profile (8) of quadratic cross-section in the form of a window profile with two thermally separate cross-sectional portions (9, 10),
    extruded profiles in the form of roller track profiles (11), cover profiles (12, 13), fixing profiles (14) and seal guide profiles (15, 16, 17, 36) are introduced on or into the frame profile and casement profile (3, 8) and slid and/or snapped into place, and
    a stave profile (35) is inserted into the casement for large-area fixed or sliding elements (2, 1), said stave profile incorporating two tube profiles (9, 10) of rectangular cross-section with moulded helical grooves (24), said profiles joined together by insulation crosspieces (18) and thermally separate from one another, there being provided externally on one tube profile (9) two contact brackets (25) extended in opposite directions and having a seal-locating groove (26), and the second tube profile (10) being equipped with mutually opposed, moulded locking crosspieces (27) for fixing profiles (14).
  2. Frame with fixed and/or sliding elements according to claim 1, characterised in that the frame profile (3) is constituted by two double-compartment tube profiles (4, 5) spaced one alongside the other and a single-compartment tube profile (6) situated on the external face of the outer frame or casing and spaced apart from one double-compartment tube profile (5), each rectangular in cross-section, and the two double-compartment tube profiles (4, 5) together and the one double-compartment tube profile (5) with the adjacent single-compartment tube profile (6) are in each case permanently joined into one unit by two insulation crosspieces (18) running parallel in the direction of the outer frame width, said tubular profiles (4, 5, 6) representing three thermally separate cross-sectional portions.
  3. Frame with fixed and/or sliding elements according to claims 1 and 2, characterised in that the two double-compartment tube profiles (4, 5) are arranged with their larger cross-sectional extension lying flat in the direction of the frame width and the single-compartment tube profile (6) is arranged with its larger cross-sectional extension set vertically on edge in the frame profile (3).
  4. Frame with fixed and/or sliding elements according to claims 1 to 3, characterised in that the insulation crosspieces (18) are non-releasably anchored in cross-sectionally undercut grooves (19) moulded on the facing profile sides (21) of the tubular profiles (4, 5, 6).
  5. Frame with fixed and/or sliding elements according to claims 1 to 4, characterised in that on their cross-sectional side nearest the fixed or sliding element (2, 1) the two double-compartment tube profiles (4, 5) have in the two cross-sectional peripheral areas a respective moulded, cross-sectionally undercut groove (7) for receiving the roller track profile (11), the cover profile (13) and seal guide profile (15 to 17).
  6. Frame with fixed and/or sliding elements according to claims 1 to 5, characterised in that on its cross-sectional side nearest the sliding or fixed element (2,1), the single-compartment tube profile (6) has a moulded, cross-sectionally undercut groove (7) for receiving the cover profile (13) or zeal guide profile (15, 16) and on the external face exhibits a moulded, cross-sectionally undercut groove (20) as a sighting groove or seal locator.
  7. Frame with fixed and/or sliding elements according to claims 1 to 6, characterised in that on their cross-sectional side nearest the sliding or fixed element (2, 1), the adjoining cross-sectional walls (21) of the three tubular profiles (4, 5, 6) form, together with an insulation crosspiece (18), a cross-sectionally undercut groove (22) for the introduction of a cover profile (12).
  8. Frame with fixed and/or sliding elements according to claims 1 to 7, characterised in that the three tubular profiles (4, 5, 6) have fixing crosspieces (23) of angular cross-section moulded on their cross-sectional faces opposing the grooves (7, 22).
  9. Frame with fixed and/or sliding elements according to claims 1 to 8, characterised in that inside the outerlying groove (20) of the single-compartment tube profile (6) is moulded one helical groove (24), and inside the groove-side compartments (4a, 5a) of the two double-compartment tube profiles (4, 5) two helical grooves (24) for introducing screws for connecting adjacent mitre-jointed frame profiles (3)
  10. Frame with fixed and/or sliding elements according to claim 1, characterised in that the casement profile (8) has two double-compartment tube profiles (9, 10) of rectangular cross-section, the larger rectangular extensions of which run parallel and are joined into a rigid unit by two parallel insulation crosspieces (18) interposed between them, these two tubular profiles (9, 10) making up the two thermally separate cross-sectional portions.
  11. Frame with fixed and/or sliding elements according to claim 10, characterised in that externally the tubular profile (9) situated on the exterior of the casement profile (8) has an extended contact bracket (25) with a moulded seal locating groove (26) for contact with the fixed or sliding element (2, 1) and the second tubular profile (10) has moulded locking crosspieces (27), behind which a fixing profile (14) which rests internally against the fixed or sliding element (2, 1) to locate it in position engages and locks.
  12. Frame with fixed and/or sliding elements according to claims 1 and 11, characterised in that on their cross-sectional side remote from the fixed or sliding element (2, 1), both tubular profiles (9, 10) of the casement profile (8) have moulded retaining crosspieces (47) for inserting cover profiles (28), closure profiles (48) and seal guide profiles (29, 36) into each tubular profile (9, 10), as well as a cover profile or rail profile (12) between the two tubular profiles (9, 10).
  13. Frame with fixed and/or sliding elements according to claims 10 to 12, characterised in that inside the tubular profiles (9, 10) are moulded helical grooves (24) for introducing screws for the connection of adjacent mitre-jointed casement profiles (8).
  14. Frame with fixed and/or sliding elements according to claims 10 to 13, characterised in that runners (30) are inserted into the bottom horizontal casement profile (8) of the sliding element (1), and these runners movably carry the sliding element (1) on the track profile (11) of the bottom frame profile (3), said casement profile (8) being recessed in the vicinity of each runner (30) and in the vicinity of the lower insulation crosspiece (18) and in the adjoining profile walls (9a, 10a) for the insertion of each runner (30), which rests, with an insulating profile (31) of U-shaped cross-section interposed, by a runner bearing plate (32) under crosspieces (9b, 10b), and, with the upper insulation crosspiece (18) interposed, in the two tubular profiles (9, 10).
  15. Frame with fixed and/or sliding elements according to claim 14, characterised in that the runner (30) is equipped with tandem rollers (30a) mounted height-adjustably below its bearing plate (32).
  16. Frame with fixed and/or sliding elements according to one or more of claims 1 to 15, characterised in that the track profile (11) has a push-in strip (11a) of T-shaped cross-section which engages in the groove (7) of the frame profile (3) and rests therein and a runner strip (11b) of mushroom-shaped cross-section moulded integrally thereon.
  17. Frame with fixed and/or sliding elements according to one or more of Claims 1 to 16, characterised in that the cover profile (12) is rectangular in cross-section, has locking crosspieces (12a) moulded on both its narrow rectangular sides and a sliding groove (12b) moulded into one broad rectangular side.
  18. Frame with fixed and/or sliding elements according to one or more of claims 1 to 17, characterised in that the cover profile (12) possesses a T-shaped cross-section.
  19. Frame with fixed and/or sliding elements according to one or more of claims 1 to 18, characterised in that the seal guide profile (15, 16, 17) possesses a push-in strip (15a, 16a, 17a) of T-shaped cross-section and an integrally moulded profile crosspiece (15b, 16b, 17b) projecting therefrom, on one or both sides of which are situated one or more superjacent, cross-sectionally undercut grooves (15c, 16c, 17c) for receiving brush seals (33).
  20. Frame with fixed and/or sliding elements according to one or more of claims 1 to 19, characterised in that the fixing profile (14) is in the form of a channel section with latching strips (14a) moulded on the free ends of the channel legs and a moulded locating strip (14b) for a seal (34) projecting at right angles to the channel legs in extension of the channel crosspiece.
  21. Frame with fixed and/or sliding elements according to one or more of claims 1 to 20, characterised in that the frame profile (3), the casement profile (8), the stave profile (35), the fixing profile (14), the closure profile (48) and the seal guide profiles (15 to 17, 29, 36) consist of extruded aluminium sections and the cover profiles (12, 13) and the insulation profile (31) consist of extruded plastic profiles.
EP89103672A 1989-03-02 1989-03-02 Frame with fixed and/or sliding wings Expired - Lifetime EP0384931B1 (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
AT89103672T ATE90768T1 (en) 1989-03-02 1989-03-02 FRAME WITH FIXED AND/OR SLIDING ELEMENTS.
DE8989103672T DE58904739D1 (en) 1989-03-02 1989-03-02 FRAME WITH FIXED AND / OR SLIDING ELEMENTS.
EP89103672A EP0384931B1 (en) 1989-03-02 1989-03-02 Frame with fixed and/or sliding wings

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
EP89103672A EP0384931B1 (en) 1989-03-02 1989-03-02 Frame with fixed and/or sliding wings

Publications (2)

Publication Number Publication Date
EP0384931A1 EP0384931A1 (en) 1990-09-05
EP0384931B1 true EP0384931B1 (en) 1993-06-16

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
EP89103672A Expired - Lifetime EP0384931B1 (en) 1989-03-02 1989-03-02 Frame with fixed and/or sliding wings

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Country Link
EP (1) EP0384931B1 (en)
AT (1) ATE90768T1 (en)
DE (1) DE58904739D1 (en)

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AT349717B (en) * 1973-10-24 1979-04-25 Wieland Werke Ag FIXED METAL FRAME FOR SLIDING WINDOWS OR SLIDING DOORS
DE2602384C3 (en) * 1975-01-27 1983-12-08 Capitol Products Corp., Mechanicsburg, Pa. Door or window with a stick frame and with at least two metal frames, at least one of which is slidably guided
DE2608686A1 (en) * 1976-03-03 1977-09-08 Erbsloeh Julius & August FRAME FOR AN INSULATED SLIDING WINDOW OR DOOR
DE2756151C3 (en) * 1977-12-16 1980-06-26 Wieland-Werke Ag, 7900 Ulm Frame with parapet and / or skylight for horizontally sliding window or door leaves
DE7827328U1 (en) * 1978-09-14 1979-01-11 Schueco Heinz Schuermann Gmbh & Co, 4800 Bielefeld DOOR WITH A FRAME AND LEAF FRAME CONSISTING OF PROFILE PILLARS
FR2518159B1 (en) * 1981-12-15 1986-12-05 Technal France SET OF LIGHT ALLOY PROFILES ALLOWING THE CONSTRUCTION OF ALL TYPES OF SLEEPING BATHS FOR DOUBLE-WINDOWS AND SLEEPING BATHS
FR2536110B1 (en) * 1982-11-12 1986-07-11 Technal France SYSTEM OF METAL PROFILES FOR OPENING FRAMES, PARTICULARLY BREAKING THERMAL BRIDGES, OPENINGS THUS OBTAINED AND PRESS TOOL FOR MACHINING THESE PROFILES

Also Published As

Publication number Publication date
DE58904739D1 (en) 1993-07-22
ATE90768T1 (en) 1993-07-15
EP0384931A1 (en) 1990-09-05

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