EP3772558B1 - Retaining profile for mounting a surface element and tolerance compensation - Google Patents

Retaining profile for mounting a surface element and tolerance compensation Download PDF

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Publication number
EP3772558B1
EP3772558B1 EP19190368.1A EP19190368A EP3772558B1 EP 3772558 B1 EP3772558 B1 EP 3772558B1 EP 19190368 A EP19190368 A EP 19190368A EP 3772558 B1 EP3772558 B1 EP 3772558B1
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EP
European Patent Office
Prior art keywords
profile
glass pane
clamping element
leg
shoe
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.)
Active
Application number
EP19190368.1A
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German (de)
French (fr)
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EP3772558A1 (en
Inventor
René Bangratz
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Hertkorn Regina
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Hertkorn Regina
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Filing date
Publication date
Application filed by Hertkorn Regina filed Critical Hertkorn Regina
Priority to EP19190368.1A priority Critical patent/EP3772558B1/en
Priority to ES19190368T priority patent/ES2921210T3/en
Priority to PL19190368.1T priority patent/PL3772558T3/en
Priority to DK19190368.1T priority patent/DK3772558T3/en
Publication of EP3772558A1 publication Critical patent/EP3772558A1/en
Application granted granted Critical
Publication of EP3772558B1 publication Critical patent/EP3772558B1/en
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Anticipated expiration legal-status Critical

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F11/00—Stairways, ramps, or like structures; Balustrades; Handrails
    • E04F11/18—Balustrades; Handrails
    • E04F11/181—Balustrades
    • E04F11/1812—Details of anchoring to the wall or floor
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F11/00—Stairways, ramps, or like structures; Balustrades; Handrails
    • E04F11/18—Balustrades; Handrails
    • E04F11/181—Balustrades
    • E04F11/1817—Connections therefor
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F11/00—Stairways, ramps, or like structures; Balustrades; Handrails
    • E04F11/18—Balustrades; Handrails
    • E04F11/181—Balustrades
    • E04F11/1851—Filling panels, e.g. concrete, sheet metal panels
    • E04F11/1853—Glass panels
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F11/00—Stairways, ramps, or like structures; Balustrades; Handrails
    • E04F11/18—Balustrades; Handrails
    • E04F11/181—Balustrades
    • E04F11/1817—Connections therefor
    • E04F2011/1823—Connections therefor between balustrade filling members, e.g. balusters or panels, and horizontal or sloping balustrade members

Definitions

  • the invention relates to a retaining profile for installing a surface element for railings on balconies, terraces, French balconies, loggias or the like, and for compensating for tolerances of different thicknesses of the surface element.
  • Support profiles are known in a U-shaped configuration for receiving glass panes, which are clamped between two profile legs of the U-profile.
  • wedge fixing arrangements are provided between an inner or outer side wall of the support profile and the inner and outer edge zone of the glass pane.
  • the DE 20 2015 106 963 U1 discloses a glass railing support assembly having a glass panel that can be used as a railing for parts of a building and which is received in a U-shaped support profile for supporting the glass panel, with a wedge fixing assembly for fixing the glass panel vertically, the wedge fixing assembly the support profile assigned contact legs with contact surfaces that open upwards in a wedge shape and has fixing wedges between the glass plate and the contact surface, with the contact surfaces that are braced with the wedge surfaces of the fixing wedges being provided with corrugations running transversely to the direction of the wedge and the wedge surfaces braced with the glass plate the fixing wedges are provided with an outwardly curved crown.
  • the WO 2013/174373 discloses a profile system for attaching flexible panels.
  • the profile system has at least two fastening profiles.
  • the first fastening profile is connected to one another in different orientations by means of additional profiles that can be plugged in and attached.
  • the profile system connects a flexible panel and creates a closed surface for roof, wall, facade, floor and outdoor installations under arching pressure on a substructure on surfaces or columns or beams.
  • the flexible panel is arranged between two fastening profiles and is frictionally connected to an expansion compensation surface by snapping in and clamping with spring and arching pressure in a partially rounded, hook-like notch.
  • the WO 2018/020076 A1 discloses a "glass leveling device" according to the preamble of claim 1.
  • the device for leveling glass to form handrails in buildings is profiled and houses a support piece such that the support piece moves integrally with the glass.
  • the support member has a first curved surface formed as a fulcrum.
  • the support also has lower and upper ridges housed in the profile.
  • a disadvantage of the known support profiles is that the pane to be used cannot be adjusted within the profile, or only with difficulty, since the wedge detents are not easy to handle. Manufacturing-related different Glass thicknesses cannot be compensated with the known systems.
  • trained surface element in particular a glass pane, and to compensate for tolerances of different thicknesses of the surface element disclosed.
  • a method for the assembly of the holding profile and the use of the holding profile is disclosed.
  • Balconies are framed by a parapet or railing. Especially with all-glass railings, no other statically effective structural elements such as railing rods or posts are used. All-glass railings are designed as surface elements made of safety glass clamped in retaining profiles.
  • the solution according to the invention can be designed in particular for all-glass railings, but can also be used in other arrangements.
  • the plate, pane or pane of glass or the surface element used can be made of different materials, for example wood, plastic or the like. In the exemplary embodiment described, this pane is designed as a glass pane for an all-glass railing.
  • the holding arrangement comprises a holding profile, which receives the glass pane in sections and has a U-shaped cross section, for supporting and holding the glass pane and fastening it to a part of the building.
  • the retaining profile can also be designed as an F-profile in order to be able to be arranged on the structure for use as a railing mount.
  • the F profile then has a U-shaped area for accommodating the glass pane.
  • a so-called "light” holding profile is disclosed as the holding arrangement.
  • the retaining profile is made of light metal or a light metal alloy, for example educated.
  • the holding profile is made of aluminum or plastic, in particular hard plastic.
  • a base for the glass pane to be inserted is arranged in the holding profile.
  • This base is designed as a shoe, in particular as a profile or rubber shoe.
  • the profile shoe can have holes, for example for LEDs to shine through or for drainage.
  • the glass pane is inserted in the small profile shoe, which is adapted in size to the retaining profile. This is made of a plastic or a foamed plastic or a rubber material. It prevents the holding profile, which is made of aluminum in one embodiment, from coming into direct contact with the glass pane.
  • the profile shoe has a design that is slightly smaller or less wide than the clear width between the two profile legs of the U-shaped area of the holding profile. Therefore, when inserted into the lower part of the U-shaped area, the profile shoe "wobbles" at first.
  • the profile shoe can be U-shaped with cheeks, L-shaped or as an insert plate with separate or separable side parts or cheeks.
  • the retaining profile has an approximately U-shaped groove and rounded indentations at the upper ends of the two profile legs. In the region of a first profile leg that is distal to the building, an outer seal specially designed for this configuration is used.
  • the glass pane is inserted into the profile or rubber shoe between the two profile legs of the U-shaped area of the holding profile.
  • the glass pane is pressed against the outer seal so that a space is created between the glass pane and the second profile leg arranged proximally on the building part.
  • a space can also be formed between the glass pane and a cheek of the profile shoe.
  • a first clamping element is inserted into this space.
  • This clamping element can be formed from a rubber-like or plastic material.
  • the plastic material is comparatively "hard”.
  • a softer design, such as a sealing material, is not suitable because the glass pane then wobbles.
  • the clamping element can be used as a first and second or lower and upper clamping element, depending on the vertical or horizontal orientation the glass pane.
  • the clamping element can be arranged, for example, as a continuous profile cord or in sections or pieces.
  • the clamping element is made of a hard plastic, it is nevertheless flexible enough to be inserted between the glass pane and the corresponding profile leg.
  • the property of the profile leg or legs for example their resilience, also plays a role.
  • the clamping element can be made softer or harder in the material and have different shapes and/or diameter sizes.
  • the cross section of the clamping element can be round, oval, triangular, polygonal or in another suitable shape.
  • aluminum or soft aluminum or terpolymers made from ethylene, propylene and diene, ie synthetic rubbers, are suitable as the material for the clamping elements.
  • the profile shoe or rubber shoe is only pushed apart when the glass pane is inserted. After the glass pane has been installed, there is still a gap with air between the profile shoe or its one profile leg and the first profile leg of the retaining profile pointing distally away from a building.
  • the first clamping element falls down in the direction of the profile shoe.
  • a second clamping element that is designed to be larger than the first clamping element is introduced into the area of the second profile leg, which also has indentations, in this case for arranging this second clamping element.
  • the profile shoe with the inserted glass pane moves towards the first profile limb of the retaining profile.
  • the first clamping element slides down in the direction of the profile shoe.
  • the glass pane can then be brought into a desired, generally vertical position by pressing down the second clamping element from above into the first indentation or one of the following indentations of the second profile leg. So the glass pane is through securely stored. If the second clamping element has been moved into its "appropriate" indentation, a sealing seal is arranged in the upper area of the retaining profile between the second profile leg and the glass pane.
  • the glass pane Due to the additional elements such as the at least two clamping elements, which can be designed as profile rods or cords, the special design of the outer seal and their interaction, the glass pane can be securely fixed, the possibly different glass thicknesses due to production are compensated for and the glass pane is in the holding profile in the desired position held.
  • the retaining profile 10 is designed for attachment to a part of a building.
  • the retaining profile 10 is designed as a lying F-profile in order to be able to be arranged on the structure for use as a railing mount.
  • the F-shaped retaining profile 10 has a first profile leg 12 and a second profile leg 14 and a U-shaped area 16 for receiving the glass pane between a first profile leg 12 and a second profile leg 14 .
  • the retaining profile 10 is designed as a so-called "light retaining profile” 10 .
  • the retaining profile 10 is made, for example, from light metal or a light metal alloy or plastic, in particular hard plastic.
  • a base for the glass pane to be used is arranged in the holding profile 10 .
  • This base is designed as a shoe 18, in particular as a profile or rubber shoe 18.
  • the profile shoe 18 can have holes in its longitudinal extension.
  • the profile shoe 18 serves to insert a pane of glass and is therefore designed to match the size of the holding profile 10 as a so-called “small profile shoe” 18 .
  • the profile shoe 18 is made of a plastic or a foamed plastic or a rubber material. It prevents direct contact of the retaining profile 10, which is made of aluminum in one embodiment, with the glass pane to be inserted.
  • the profile shoe 18 has a design that is slightly smaller or less wide than the clear width between the profile legs 12, 14 of the U-shaped area 16 of the holding profile 10. When inserted into the lower part of the U-shaped area 16" the profile shoe 18 therefore "wobbles" for the time being.
  • FIG 3 shows the insertion of a specially shaped outer seal 20.
  • the holding profile 10 has at the upper ends of the two profile legs 12, 14 in each case an approximately U-shaped groove 22 and rounded indentations 24.
  • the outer seal 20 specially adapted to this configuration is used.
  • the outer seal 20 has in one lower region bulges 26, which correspond to the indentations 24 formed in the first profile leg 12 of the holding profile 10.
  • FIG. 4 shows the insertion of a glass pane 28 into the profile shoe 18 between the two profile legs 12, 14 of the U-shaped area 16 of the holding profile 10.
  • the glass pane 28 is then pressed against the outer seal 20, so that a space between the glass pane 28 and the second, profile leg 14 arranged proximally on the building part.
  • FIG 5 shows how a first clamping element 30 is inserted into the space between the glass pane 28 and the second profile leg 14 .
  • This first clamping element 30 can be formed from a rubber-like or plastic material, comparatively hard terpolymer, for example EPDM.
  • the first clamping element 30 is designed, for example, as a round rod or cord 30 . Due to its size and the distance of the glass pane 28 from the second profile leg 12, the first clamping element 30 falls in the direction of the profile shoe 18 down.
  • FIG. 6 shows how, after the insertion of the first clamping element 30, a second clamping element 32, which is designed to be larger than the first clamping element 30, is inserted into the upper area of the second profile leg 14, the second profile leg 14 also having indentations 24, in this case for arranging this second clamping element 32 , having.
  • the glass pane 28 is pushed towards the outer seal 20 . In this way, the second clamping element 32 can be pressed into the corresponding recess 24 of the second profile leg 14 .
  • the profile shoe 18 moves with the inserted glass pane 28 towards the first profile leg 12 of the retaining profile 10.
  • the first clamping element 30 slips in the direction of the profile shoe under its own weight 18 down.
  • the glass pane 28 is pushed in the direction of the first profile leg 12 pressed.
  • the glass pane 28 is held firmly when the first clamping element 30 no longer slides downwards. As a result, a first pair of forces is formed and the glass pane 28 is held in the lower area, ie the area in which the profile shoe 18 is arranged.
  • FIG. 8 shows the tilting of the glass pane 28 in the direction of the first profile leg 12 with the outer seal 20.
  • the glass pane 28 can then be pressed down by pressing the second clamping element 32 from top to bottom in the direction of the arrow in a further following indentation 24 of the second profile leg 14 in a desired, are usually placed in a vertical position. This creates a second pair of forces in an upper area, ie the area of the U-profile that is arranged opposite the profile shoe. This creates a clamping of the glass pane 28.
  • Figure 9b shows the two in the 7 and 8th shown pairs of forces. where is in 7 the first, lower pair of forces shown. In the 8 the second, upper couple of forces is also shown.
  • the first couple is in the Figure 9b with A
  • the second couple is in the Figure 9b denoted by B
  • the force couples A, B are each marked with a dashed line.
  • FIG. 10 shows the F-shaped retaining profile 10, which is arranged on a structure.
  • the F-shaped holding profile 10 is fastened with a connecting means leading vertically through an opening in this F-shaped part of the holding profile 10 .
  • FIG. 11 another exemplary embodiment of a holding profile 10 with a U-shaped area 16 for receiving the glass pane 28 is shown.
  • the second profile leg 14 has an extension 38 downwards in the direction of the bottom of the structure 36 . It is fastened to the structure 36 by inserting a fastening screw in a horizontal arrangement into a corresponding opening in the extension 38 of the second profile leg 14.
  • the inventive arrangement and design of a suitable outer seal 20, the design of the profile shoe 18 for receiving the glass pane 28 and the By using at least two clamping elements 30, tolerances in the glass thicknesses of glass panes 28 for glass railings can be compensated for and the glass pane 28 can be positioned easily and securely in the U-shaped area 16 of the retaining profile 10.

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Securing Of Glass Panes Or The Like (AREA)
  • Clamps And Clips (AREA)

Description

Die Erfindung betrifft ein Halteprofil zur Montage eines Flächenelements für Geländer von Balkonen, Terrassen, französischen Balkonen, Loggien o.dgl., sowie zum Toleranzausgleich von unterschiedlichen Stärken des Flächenelements.The invention relates to a retaining profile for installing a surface element for railings on balconies, terraces, French balconies, loggias or the like, and for compensating for tolerances of different thicknesses of the surface element.

Stand der TechnikState of the art

Bekannt sind Tragprofile in einer U-förmigen Ausgestaltung zur Aufnahme von Glasplatten, die zwischen zwei Profilschenkeln des U-Profils klemmend gehalten werden.Support profiles are known in a U-shaped configuration for receiving glass panes, which are clamped between two profile legs of the U-profile.

Zur vertikalen Fixierung von Scheiben, insbesondere Glasscheiben, im Tragprofil sind beispielsweise Keil-Fixieranordnungen zwischen einer inneren bzw. äußeren Seitenwange des Tragprofils und der innen- und außenseitigen Randzone der Glasscheibe vorgesehen.For the vertical fixing of panes, in particular glass panes, in the support profile, wedge fixing arrangements are provided between an inner or outer side wall of the support profile and the inner and outer edge zone of the glass pane.

Die DE 20 2015 106 963 U1 offenbart eine Glasgeländer-Halteanordnung mit einer Glasplatte, die als Geländer für Gebäudeteile verwendbar ist, und die in ein U-förmiges Tragprofil zur Abstützung der Glasplatte aufgenommen ist, mit einer Keil-Fixieranordnung zur vertikalen Fixierung der Glasplatte, wobei die Keil-Fixieranordnung dem Tragprofil zugeordnete Anlageschenkel mit sich nach oben keilförmig öffnenden Anlageflächen und zwischen der Glasplatte und der Anlagefläche Fixierkeile aufweist, wobei die Anlageflächen, die mit den Keilflächen der Fixierkeile verspannt sind, mit einer quer zur Keilrichtung verlaufenden Riffelung versehen sind und die mit der Glasplatte verspannten Keilflächen der Fixierkeile mit einer nach außen vorgewölbten Bombierung versehen sind.the DE 20 2015 106 963 U1 discloses a glass railing support assembly having a glass panel that can be used as a railing for parts of a building and which is received in a U-shaped support profile for supporting the glass panel, with a wedge fixing assembly for fixing the glass panel vertically, the wedge fixing assembly the support profile assigned contact legs with contact surfaces that open upwards in a wedge shape and has fixing wedges between the glass plate and the contact surface, with the contact surfaces that are braced with the wedge surfaces of the fixing wedges being provided with corrugations running transversely to the direction of the wedge and the wedge surfaces braced with the glass plate the fixing wedges are provided with an outwardly curved crown.

Die WO 2013/174373 offenbart ein Profilsystem zur Befestigung von flexiblen Paneelen. Das Profilsystem weist mindestens zwei Befestigungsprofile auf. Das erste Befestigungsprofil ist mittels ein- und aufsteckbarer weiterer Profile in verschiedenen Ausrichtungen miteinander verbunden. Das Profilsystem verbindet ein flexibles Paneel und stellt eine geschlossene Fläche für Dach-, Wand-, Fassaden-, Boden- und Freilandmontagen unter Wölbungsdruck auf einer Unterkonstruktion auf Flächen oder Säulen bzw. Trägern her. Das flexible Paneel ist zwischen zwei Befestigungsprofilen angeordnet und wird durch Einrasten und Einklemmen mit Feder- und Wölbungsdruck in einer teilgerundeten, hakenartigen Einkerbung mit einer Dehnungsausgleichsfläche kraftschlüssig verbunden. Mittels einer innenliegenden Profilrundung wird gleichzeitig die Aufnahme eines Stabilisierungsrohrs zur Steckverbindung an den Stößen bzw. Schnittkanten kraftschlüssig überbrückt und ein rückwärtiges spiegelbildliches Verbinden zweier systemgleicher Befestigungsprofile mittels zusätzlicher Halteklemmen oder - profilen ermöglicht. Es ist eine wasserabführende Formgebung und Ausrichtung der eingerasteten bzw. eingeklemmten Teile in Verbindung mit Überständen vorgesehen.the WO 2013/174373 discloses a profile system for attaching flexible panels. The profile system has at least two fastening profiles. The first fastening profile is connected to one another in different orientations by means of additional profiles that can be plugged in and attached. The profile system connects a flexible panel and creates a closed surface for roof, wall, facade, floor and outdoor installations under arching pressure on a substructure on surfaces or columns or beams. The flexible panel is arranged between two fastening profiles and is frictionally connected to an expansion compensation surface by snapping in and clamping with spring and arching pressure in a partially rounded, hook-like notch. By means of an internal profile rounding, the inclusion of a stabilizing tube for the plug connection at the joints or cut edges is bridged in a force-fitting manner and a rearward mirror-image connection of two fastening profiles of the same system is made possible by means of additional retaining clamps or profiles. A water-draining shape and alignment of the snapped or clamped parts in connection with overhangs is provided.

Die WO 2018/020076 A1 offenbart eine "Vorrichtung zum Nivellieren von Glas" gemäß dem Oberbegriff des Anspruchs 1.the WO 2018/020076 A1 discloses a "glass leveling device" according to the preamble of claim 1.

Die Vorrichtung zum Nivellieren von Glas zur Bildung von Handläufen in Gebäuden weist ein Profil auf und nimmt ein Stützstück auf, so dass sich das Stützstück einstückig mit dem Glas bewegt. Das Stützteil hat eine erste gekrümmte Fläche, die als Drehpunkt ausgebildet ist. Das Stützteil hat auch untere und obere Stege, die im Profil untergebracht sind.The device for leveling glass to form handrails in buildings is profiled and houses a support piece such that the support piece moves integrally with the glass. The support member has a first curved surface formed as a fulcrum. The support also has lower and upper ridges housed in the profile.

Nachteilig an den bekannten Tragprofilen ist, dass eine Verstellbarkeit der einzusetzenden Scheibe innerhalb des Profils nicht oder nur erschwert möglich ist, da die Keilrastungen nicht einfach zu handhaben sind. Herstellungsbedingte unterschiedliche Glasdicken lassen sich mit den bekannten Systemen nicht ausgleichen.A disadvantage of the known support profiles is that the pane to be used cannot be adjusted within the profile, or only with difficulty, since the wedge detents are not easy to handle. Manufacturing-related different Glass thicknesses cannot be compensated with the known systems.

Aufgabe der Erfindung ist es daher, ein Halteprofil zur Verfügung zu stellen, das eine einfache Montage, eine sichere Einspannung sowie einen Ausgleich von unterschiedlichen Glasdicken einer einzuspannenden Glasscheibe innerhalb des Halteprofils ermöglicht.It is therefore the object of the invention to provide a holding profile that enables simple assembly, secure clamping and compensation for different glass thicknesses of a glass pane to be clamped within the holding profile.

Offenbarung der ErfindungDisclosure of Invention

Die Erfindung wird durch die Merkmale der Hauptansprüche offenbart.The invention is disclosed by the features of the main claims.

Es wird ein Halteprofil für ein als Geländer für Gebäudeteile wie Balkone, Podeste, Galerien, Treppen, Terrassen, oder als Vordächer, Überkopfkonstruktionen, Raumteiler o.dgl. ausgebildetes Flächenelement, insbesondere einer Glasscheibe, sowie zum Toleranzausgleich von unterschiedlichen Stärken des Flächenelements, offenbart. Des Weiteren wird ein Verfahren für die Montage des Halteprofils sowie die Verwendung des Halteprofils offenbart.It is a retaining profile for a railing for parts of the building such as balconies, platforms, galleries, stairs, terraces, or as canopies, overhead structures, room dividers or the like. trained surface element, in particular a glass pane, and to compensate for tolerances of different thicknesses of the surface element disclosed. Furthermore, a method for the assembly of the holding profile and the use of the holding profile is disclosed.

Ausführungsformen und Weiterbildungen des Halteprofils sind Gegenstand der sich an den Hauptanspruch 1 anschließenden weiteren Ansprüche.Embodiments and developments of the holding profile are the subject matter of the further claims following the main claim 1 .

Balkone werden von einer Brüstung oder einem Geländer eingefasst. Insbesondere bei Ganzglasgeländern werden keine weiteren statisch wirksamen baukonstruktiven Elemente wie Geländerstäbe oder -pfosten verwendet. Ganzglasgeländer werden als in Halteprofilen verspannte Flächenelemente aus Sicherheitsglas ausgeführt. Die erfindungsgemäße Lösung kann insbesondere für Ganzglasgeländer ausgeführt sein, aber auch bei sonstigen Anordnungen verwendet werden. Die dabei verwendete Platte, Scheibe oder Glasscheibe bzw. das Flächenelement kann aus unterschiedlichen Materialien ausgebildet sein, beispielsweise Holz, Kunststoff o.dgl. Im beschriebenen Ausführungsbeispiel ist diese Scheibe für ein Ganzglasgeländer als Glasscheibe ausgebildet.Balconies are framed by a parapet or railing. Especially with all-glass railings, no other statically effective structural elements such as railing rods or posts are used. All-glass railings are designed as surface elements made of safety glass clamped in retaining profiles. The solution according to the invention can be designed in particular for all-glass railings, but can also be used in other arrangements. The plate, pane or pane of glass or the surface element used can be made of different materials, for example wood, plastic or the like. In the exemplary embodiment described, this pane is designed as a glass pane for an all-glass railing.

Die Halteanordnung umfasst ein die Glasscheibe abschnittsweise aufnehmendes, im Querschnitt U-förmiges Halteprofil zur Abstützung und Halterung der Glasscheibe und deren Befestigung an einem Gebäudeteil. Das Halteprofil kann auch als F-Profil ausgebildet sein, um am Baukörper für eine Verwendung als Geländerhalterung angeordnet werden zu können. Das F-Profil weist dann einen U-förmigen Bereich zur Aufnahme der Glasscheibe auf.The holding arrangement comprises a holding profile, which receives the glass pane in sections and has a U-shaped cross section, for supporting and holding the glass pane and fastening it to a part of the building. The retaining profile can also be designed as an F-profile in order to be able to be arranged on the structure for use as a railing mount. The F profile then has a U-shaped area for accommodating the glass pane.

Dabei wird als Halteanordnung ein sogenanntes "leichtes" Halteprofil offenbart.A so-called "light" holding profile is disclosed as the holding arrangement.

Das Halteprofil ist beispielsweise aus Leichtmetall bzw. einer Leichtmetalllegierung ausgebildet. Das Halteprofil ist aus Aluminium oder Kunststoff, insbesondere Hartkunststoff, ausgebildet.The retaining profile is made of light metal or a light metal alloy, for example educated. The holding profile is made of aluminum or plastic, in particular hard plastic.

In dem Halteprofil wird eine Unterlage für die einzusetzende Glasscheibe angeordnet. Diese Unterlage ist als Schuh, insbesondere als Profil- bzw. Gummischuh ausgebildet. Der Profilschuh kann Löcher aufweisen, zum Beispiel zum Durchscheinen von LEDs oder zur Entwässerung. Die Glasscheibe wird das dem Halteprofil in der Größe angepassten kleinen Profilschuh eingesetzt. Dieser ist aus einem Kunststoff bzw. einem geschäumten Kunststoff oder einem Gummimaterial ausgebildet. Er verhindert einen direkten Kontakt des Halteprofils, das in einem Ausführungsbeispiel aus Aluminium ausgebildet ist, mit der Glasscheibe. Der Profilschuh weist eine Ausbildung auf, die etwas kleiner bzw. weniger breit ausgeführt ist als die lichte Weite zwischen den beiden Profilschenkeln des U-förmigen Bereichs des Halteprofils. Beim Einsetzen in den unteren Teil des U-förmigen Bereichs "wackelt" der Profilschuh daher vorerst. Der Profilschuh kann U-förmig mit Wangen, L-förmig oder als Einlegeplatte mit davon getrennten oder trennbaren Seitenteilen bzw. Wangen ausgebildet sein.A base for the glass pane to be inserted is arranged in the holding profile. This base is designed as a shoe, in particular as a profile or rubber shoe. The profile shoe can have holes, for example for LEDs to shine through or for drainage. The glass pane is inserted in the small profile shoe, which is adapted in size to the retaining profile. This is made of a plastic or a foamed plastic or a rubber material. It prevents the holding profile, which is made of aluminum in one embodiment, from coming into direct contact with the glass pane. The profile shoe has a design that is slightly smaller or less wide than the clear width between the two profile legs of the U-shaped area of the holding profile. Therefore, when inserted into the lower part of the U-shaped area, the profile shoe "wobbles" at first. The profile shoe can be U-shaped with cheeks, L-shaped or as an insert plate with separate or separable side parts or cheeks.

Das Halteprofil weist an den oberen Enden der beiden Profilschenkel eine in etwa U-förmige Nut sowie rundliche Einbuchtungen auf. Im distal vom Gebäude entfernten Bereich eines ersten Profilschenkels wird eine speziell auf diese Ausgestaltung ausgebildete Außendichtung eingesetzt.The retaining profile has an approximately U-shaped groove and rounded indentations at the upper ends of the two profile legs. In the region of a first profile leg that is distal to the building, an outer seal specially designed for this configuration is used.

Danach erfolgt das Einsetzen der Glasscheibe in den Profil- bzw. Gummischuh zwischen den beiden Profilschenkeln des U-förmigen Bereichs des Halteprofils. Die Glasscheibe wird an die Außendichtung gedrückt, so dass ein Raum zwischen der Glasscheibe und dem zweiten, proximal an dem Gebäudeteil angeordneten Profilschenkel entsteht. Es kann ebenso ein Raum zwischen der Glasscheibe und einer Wange des Profilschuhs ausgebildet sein.Then the glass pane is inserted into the profile or rubber shoe between the two profile legs of the U-shaped area of the holding profile. The glass pane is pressed against the outer seal so that a space is created between the glass pane and the second profile leg arranged proximally on the building part. A space can also be formed between the glass pane and a cheek of the profile shoe.

In diesen Raum wird ein erstes Klemmelement eingesetzt. Dieses Klemmelement kann aus einem gummiartigen oder Kunststoffmaterial ausgebildet sein. Das Kunststoffmaterial ist vergleichsweise "hart" ausgebildet. Eine weichere Ausbildung wie beispielsweise bei einem Dichtmaterial ist nicht geeignet, da die Glasscheibe dann wackelt. Das Klemmelement kann als erstes und zweites oder unteres und oberes Klemmelement, je nach der vertikalen oder horizontalen Ausrichtung der Glasscheibe, eingesetzt werden. Das Klemmelement kann beispielsweise als durchgehende Profilschnur oder abschnitts- bzw. stückweise angeordnet werden. Das Klemmelement ist zwar aus einem harten Kunststoff ausgebildet, aber dennoch ausreichend flexibel, um zwischen der Glasscheibe und dem entsprechenden Profilschenkel eingebracht zu werden. Dabei spielt auch die Eigenschaft des oder der Profilschenkel, beispielsweise ihre Nachgiebigkeit, eine Rolle. Je nach der Duktilität der Profilschenkel und der Ausbildung der Glasscheibe, beispielsweise der Dicke, kann das Klemmelement im Material weicher oder härter ausgebildet sein und unterschiedliche Ausformungen und/oder Durchmessergrößen aufweisen. Der Querschnitt des Klemmelements kann rund, oval, dreieckig, mehreckig oder in einer anderen geeigneten Form ausgebildet sein. Als Material für die Klemmelemente sind beispielsweise Aluminium bzw. Weichaluminium oder Terpolymere aus Ethylen, Propylen und Dien, also Synthesekautschuke, geeignet.A first clamping element is inserted into this space. This clamping element can be formed from a rubber-like or plastic material. The plastic material is comparatively "hard". A softer design, such as a sealing material, is not suitable because the glass pane then wobbles. The clamping element can be used as a first and second or lower and upper clamping element, depending on the vertical or horizontal orientation the glass pane. The clamping element can be arranged, for example, as a continuous profile cord or in sections or pieces. Although the clamping element is made of a hard plastic, it is nevertheless flexible enough to be inserted between the glass pane and the corresponding profile leg. The property of the profile leg or legs, for example their resilience, also plays a role. Depending on the ductility of the profile legs and the design of the glass pane, for example the thickness, the clamping element can be made softer or harder in the material and have different shapes and/or diameter sizes. The cross section of the clamping element can be round, oval, triangular, polygonal or in another suitable shape. For example, aluminum or soft aluminum or terpolymers made from ethylene, propylene and diene, ie synthetic rubbers, are suitable as the material for the clamping elements.

Erst mit Einbringen der Glasscheibe wird der Profilschuh bzw. Gummischuh auseinander gedrückt. Nach dem Einbringen der Glasscheibe ist noch ein Spalt mit Luft zwischen dem Profilschuh bzw. dessen einem Profilschenkel sowie dem distal von einem Gebäude weg zeigenden ersten Profilschenkel des Halteprofils ausgebildet.The profile shoe or rubber shoe is only pushed apart when the glass pane is inserted. After the glass pane has been installed, there is still a gap with air between the profile shoe or its one profile leg and the first profile leg of the retaining profile pointing distally away from a building.

Aufgrund seiner Größe und der Entfernung der Glasscheibe vom zweiten Profilschenkel fällt das erste Klemmelement nach unten in Richtung des Profilschuhs. Danach wird ein größer als das erste Klemmelement ausgebildetes, zweites Klemmelement in den Bereich des zweiten Profilschenkels eingeführt, der ebenfalls Einbuchtungen, in diesem Fall zur Anordnung dieses zweiten Klemmelements aufweist.Due to its size and the distance of the glass pane from the second profile leg, the first clamping element falls down in the direction of the profile shoe. After that, a second clamping element that is designed to be larger than the first clamping element is introduced into the area of the second profile leg, which also has indentations, in this case for arranging this second clamping element.

Wird die Glasscheibe nun in die Richtung hin zum Gebäudeteil bzw. hin zum zweiten Profilschenkel gekippt und das zweite Klemmelement eingedrückt, bewegt sich der Profilschuh mit der eingesetzten Glasscheibe hin zum ersten Profilschenkel des Halteprofils. Dadurch rutscht das erste Klemmelement in Richtung des Profilschuhs nach unten. Die Glasscheibe kann dann durch das Herunterdrücken des zweiten Klemmelements von oben in die erste oder eine der darunter folgenden Einbuchtung des zweiten Profilschenkels in eine gewünschte, i.d.R. senkrechte Position gebracht werden. Somit ist die Glasscheibe dadurch sicher gelagert. Ist das zweite Klemmelement in seine "passende" Einbuchtung verschoben, wird im oberen Bereich des Halteprofils zwischen dem zweiten Profilschenkel und der Glasscheibe eine Abschlussdichtung angeordnet.If the glass pane is now tilted in the direction towards the part of the building or towards the second profile limb and the second clamping element is pressed in, the profile shoe with the inserted glass pane moves towards the first profile limb of the retaining profile. As a result, the first clamping element slides down in the direction of the profile shoe. The glass pane can then be brought into a desired, generally vertical position by pressing down the second clamping element from above into the first indentation or one of the following indentations of the second profile leg. So the glass pane is through securely stored. If the second clamping element has been moved into its "appropriate" indentation, a sealing seal is arranged in the upper area of the retaining profile between the second profile leg and the glass pane.

Durch die zusätzlichen Elemente wie die mindestens zwei Klemmelemente, die als Profilstäbe oder -schnüre ausgebildet sein können, die spezielle Ausgestaltung der Außendichtung und deren Zusammenwirken ist die Glasscheibe sicher feststellbar, die ggf. herstellungsbedingt unterschiedlichen Glasstärken sind ausgeglichen und die Glasscheibe ist im Halteprofil in der gewünschten Position gehalten.Due to the additional elements such as the at least two clamping elements, which can be designed as profile rods or cords, the special design of the outer seal and their interaction, the glass pane can be securely fixed, the possibly different glass thicknesses due to production are compensated for and the glass pane is in the holding profile in the desired position held.

Weitere Vorteile und vorteilhafte Ausgestaltungen der Erfindung sind der nachfolgenden Figurenbeschreibung, den Zeichnungen und den Ansprüchen entnehmbar.Further advantages and advantageous configurations of the invention can be found in the following description of the figures, the drawings and the claims.

Nachfolgend wird ein Ausführungsbeispiel der erfindungsgemäßen Lösung anhand der beigefügten schematischen Zeichnungen näher erläutert. Es zeigt:

Fig. 1
zeigt ein Halteprofil,
Fig. 2
zeigt das Halteprofil mit einem eingesetzten Profilschuh,
In Fig. 3
ist die Anordnung einer ersten Dichtung dargestellt,
Fig. 4
zeigt die Anordnung einer Glasscheibe im Profilschuh,
Fig. 5
stellt das Einsetzen eines ersten Klemmelements dar,
Fig. 6
zeigt das Einsetzen eines zweiten Klemmelements,
Fig. 7
zeigt die Verschiebung der Position des ersten Klemmelements und eine Verschiebung der Glasscheibe und des Profilschuhs in Richtung eines zweiten Profilschenkels,
Fig. 8
stellt die Verschiebung der Position des zweiten Klemmelements dar,
Fig. 9a
zeigt eine eingesetzte zweite Dichtung,
Fig. 9b
zeigt zwei Kräftepaare,
Fig. 10
stellt das Halteprofil an einem Gebäudeteil dar und
Fig. 11 wobei alle
zeigt ein anderes Ausführungsbeispiel eines Halteprofils, vorgenannten Figuren im Längsschnitt dargestellt sind.
An exemplary embodiment of the solution according to the invention is explained in more detail below with reference to the accompanying schematic drawings. It shows:
1
shows a holding profile,
2
shows the holding profile with an inserted profile shoe,
In figure 3
the arrangement of a first seal is shown,
4
shows the arrangement of a glass pane in the profile shoe,
figure 5
represents the insertion of a first clamping element,
6
shows the insertion of a second clamping element,
7
shows the displacement of the position of the first clamping element and a displacement of the glass pane and the profile shoe in the direction of a second profile leg,
8
represents the displacement of the position of the second clamping element,
Figure 9a
shows an inserted second seal,
Figure 9b
shows two pairs of forces,
10
represents the retaining profile on a part of a building and
Fig. 11 where all
shows another embodiment of a holding profile, the aforementioned figures are shown in longitudinal section.

Fig. 1 zeigt ein im Querschnitt U-förmiges Halteprofil 10, das eine Glasscheibe zumindest abschnittsweise zur Abstützung und Halterung aufnehmen soll. Das Halteprofil 10 ist zur Befestigung an einem Gebäudeteil eines Baukörpers ausgebildet. Das Halteprofil 10 ist in diesem Ausführungsbeispiels als liegendes F-Profil ausgebildet, um am Baukörper für eine Verwendung als Geländerhalterung angeordnet werden zu können. Das F-förmige Halteprofil 10 weist einen ersten Profilschenkel 12 und einen zweiten Profilschenkel 14 sowie einen U-förmigen Bereich 16 zur Aufnahme der Glasscheibe zwischen einem ersten Profilschenkel 12 und einem zweiten Profilschenkel 14 auf. 1 shows a holding profile 10 with a U-shaped cross section, which is intended to receive a glass pane at least in sections for supporting and holding. The retaining profile 10 is designed for attachment to a part of a building. In this exemplary embodiment, the retaining profile 10 is designed as a lying F-profile in order to be able to be arranged on the structure for use as a railing mount. The F-shaped retaining profile 10 has a first profile leg 12 and a second profile leg 14 and a U-shaped area 16 for receiving the glass pane between a first profile leg 12 and a second profile leg 14 .

Das Halteprofil 10 ist als sogenanntes "leichtes Halteprofil" 10 ausgebildet. Das Halteprofil 10 ist beispielsweise aus Leichtmetall bzw. einer Leichtmetalllegierung oder Kunststoff, insbesondere Hartkunststoff, ausgebildet.The retaining profile 10 is designed as a so-called "light retaining profile" 10 . The retaining profile 10 is made, for example, from light metal or a light metal alloy or plastic, in particular hard plastic.

In der Fig. 2 ist dargestellt, wie im Halteprofil 10 eine Unterlage für die einzusetzende Glasscheibe angeordnet wird. Diese Unterlage ist als Schuh 18, insbesondere als Profil- bzw. Gummischuh 18 ausgebildet. Der Profilschuh 18 kann Löcher in seiner Längserstreckung aufweisen. Der Profilschuh 18 dient dem Einsetzen einer Glasscheibe und ist daher dem Halteprofil 10 in der Größe als sogenannter "kleiner Profilschuh" 18 angepasst ausgebildet. Der Profilschuh 18 ist aus einem Kunststoff bzw. einem geschäumten Kunststoff oder einem Gummimaterial ausgebildet. Er verhindert einen direkten Kontakt des Halteprofils 10, das in einem Ausführungsbeispiel aus Aluminium ausgebildet ist, mit der einzusetzenden Glasscheibe.In the 2 is shown how a base for the glass pane to be used is arranged in the holding profile 10 . This base is designed as a shoe 18, in particular as a profile or rubber shoe 18. The profile shoe 18 can have holes in its longitudinal extension. The profile shoe 18 serves to insert a pane of glass and is therefore designed to match the size of the holding profile 10 as a so-called “small profile shoe” 18 . The profile shoe 18 is made of a plastic or a foamed plastic or a rubber material. It prevents direct contact of the retaining profile 10, which is made of aluminum in one embodiment, with the glass pane to be inserted.

Der Profilschuh 18 weist eine Ausbildung auf, die etwas kleiner bzw. weniger breit ausgeführt ist als die lichte Weite zwischen den Profilschenkeln 12, 14 des U-förmigen Bereichs 16 des Halteprofils 10. Beim Einsetzen in den unteren Teil des U-förmigen Bereichs 16 "wackelt" der Profilschuh 18 daher vorerst.The profile shoe 18 has a design that is slightly smaller or less wide than the clear width between the profile legs 12, 14 of the U-shaped area 16 of the holding profile 10. When inserted into the lower part of the U-shaped area 16" the profile shoe 18 therefore "wobbles" for the time being.

Fig. 3 stellt das Einsetzen einer speziell ausgeformten Außendichtung 20 dar. Das Halteprofil 10 weist an den oberen Enden der beiden Profilschenkel 12, 14 jeweils eine in etwa U-förmige Nut 22 sowie rundliche Einbuchtungen 24 auf. Im Bereich des ersten Profilschenkels 12 wird die speziell auf diese Ausgestaltung angepasste Außendichtung 20 eingesetzt. Die Außendichtung 20 weist in einem unteren Bereich Ausbuchtungen 26 auf, die den im ersten Profilschenkel 12 des Halteprofils 10 ausgebildeten Einbuchtungen 24 entsprechen. 3 shows the insertion of a specially shaped outer seal 20. The holding profile 10 has at the upper ends of the two profile legs 12, 14 in each case an approximately U-shaped groove 22 and rounded indentations 24. In the area of the first profile leg 12, the outer seal 20 specially adapted to this configuration is used. The outer seal 20 has in one lower region bulges 26, which correspond to the indentations 24 formed in the first profile leg 12 of the holding profile 10.

Fig. 4 zeigt das Einsetzen einer Glasscheibe 28 in den Profilschuh 18 zwischen den beiden Profilschenkeln 12, 14 des U-förmigen Bereichs 16 des Halteprofils 10. Die Glasscheibe 28 wird anschließend an die Außendichtung 20 gedrückt, so dass ein Raum zwischen der Glasscheibe 28 und dem zweiten, proximal an dem Gebäudeteil angeordneten Profilschenkel 14 entsteht. Nach dem Einbringen der Glasscheibe 28 ist noch ein Spalt mit Luft zwischen dem Profilschuh 18 bzw. dessen einem Schenkel sowie dem distal von einem Gebäude weg zeigenden ersten Profilschenkel 12 des Halteprofils 10 ausgebildet. 4 shows the insertion of a glass pane 28 into the profile shoe 18 between the two profile legs 12, 14 of the U-shaped area 16 of the holding profile 10. The glass pane 28 is then pressed against the outer seal 20, so that a space between the glass pane 28 and the second, profile leg 14 arranged proximally on the building part. After the glass pane 28 has been introduced, there is still a gap with air between the profile shoe 18 or its one leg and the first profile leg 12 of the holding profile 10 pointing distally away from a building.

Fig. 5 stellt dar, wie in den Raum zwischen der Glasscheibe 28 und dem zweiten Profilschenkel 14 ein erstes Klemmelement 30 eingesetzt wird. Dieses erste Klemmelement 30 kann aus einem gummiartigen oder Kunststoffmaterial, vergleichsweise harten Terpolymer, beispielsweise EPDM, ausgebildet sein. Das erste Klemmelement 30 ist beispielsweise als Rundstab oder -schnur 30 ausgebildet. Aufgrund seiner Größe und der Entfernung der Glasscheibe 28 vom zweiten Profilschenkel 12 fällt das erste Klemmelement 30 in Richtung des Profilschuhs 18 nach unten. figure 5 shows how a first clamping element 30 is inserted into the space between the glass pane 28 and the second profile leg 14 . This first clamping element 30 can be formed from a rubber-like or plastic material, comparatively hard terpolymer, for example EPDM. The first clamping element 30 is designed, for example, as a round rod or cord 30 . Due to its size and the distance of the glass pane 28 from the second profile leg 12, the first clamping element 30 falls in the direction of the profile shoe 18 down.

Fig. 6 zeigt, wie nach dem Einsetzen des ersten Klemmelements 30 ein größer als das erste Klemmelement 30 ausgebildetes zweites Klemmelement 32 in den oberen Bereich des zweiten Profilschenkels 14 eingeführt wird, wobei der zweite Profilschenkel 14 ebenfalls Einbuchtungen 24, in diesem Fall zur Anordnung dieses zweiten Klemmelements 32, aufweist. Die Glasscheibe 28 wird in Richtung der Außendichtung 20 gedrückt. So kann das zweite Klemmelement 32 in die entsprechende Ausnehmung 24 des zweiten Profilschenkels 14 gedrückt werden. 6 shows how, after the insertion of the first clamping element 30, a second clamping element 32, which is designed to be larger than the first clamping element 30, is inserted into the upper area of the second profile leg 14, the second profile leg 14 also having indentations 24, in this case for arranging this second clamping element 32 , having. The glass pane 28 is pushed towards the outer seal 20 . In this way, the second clamping element 32 can be pressed into the corresponding recess 24 of the second profile leg 14 .

In Fig. 7 ist eine Bewegung des ersten Klemmelements 30 dargestellt. Wird die Glasscheibe 28 in die Richtung hin zum Gebäudeteil bzw. hin zum zweiten Profilschenkel 14 gekippt, bewegt sich der Profilschuh 18 mit der eingesetzten Glasscheibe 28 hin zum ersten Profilschenkel 12 des Halteprofils 10. Durch sein Eigengewicht rutscht das erste Klemmelement 30 in Richtung des Profilschuhs 18 nach unten. Die Glasscheibe 28 wird in Richtung des ersten Profilschenkels 12 gedrückt. Die Glasscheibe 28 ist fest gehalten, wenn das erste Klemmelement 30 nicht weiter nach unten rutscht. Dadurch ist ein erstes Kräftepaar ausgebildet und die Glasscheibe 28 ist im unteren Bereich, also dem Bereich, in dem der Profilschuh 18 angeordnet ist, gehalten.In 7 a movement of the first clamping element 30 is shown. If the glass pane 28 is tilted in the direction towards the part of the building or towards the second profile leg 14, the profile shoe 18 moves with the inserted glass pane 28 towards the first profile leg 12 of the retaining profile 10. The first clamping element 30 slips in the direction of the profile shoe under its own weight 18 down. The glass pane 28 is pushed in the direction of the first profile leg 12 pressed. The glass pane 28 is held firmly when the first clamping element 30 no longer slides downwards. As a result, a first pair of forces is formed and the glass pane 28 is held in the lower area, ie the area in which the profile shoe 18 is arranged.

Fig. 8 zeigt das Kippen der Glasscheibe 28 in die Richtung des ersten Profilschenkels 12 mit der Außendichtung 20. Die Glasscheibe 28 kann dann durch das Herunterdrücken des zweiten Klemmelements 32 von oben nach unten in Pfeilrichtung in eine weitere folgende Einbuchtung 24 des zweiten Profilschenkels 14 in eine gewünschte, i.d.R. senkrechte Position gebracht werden. Hierdurch entsteht ein zweites Kräftepaar in einem oberen Bereich, also dem Bereich des U-Profils, der dem Profilschuh entgegengesetzt angeordnet ist. Dadurch entsteht eine Einspannung der Glasscheibe 28. 8 shows the tilting of the glass pane 28 in the direction of the first profile leg 12 with the outer seal 20. The glass pane 28 can then be pressed down by pressing the second clamping element 32 from top to bottom in the direction of the arrow in a further following indentation 24 of the second profile leg 14 in a desired, are usually placed in a vertical position. This creates a second pair of forces in an upper area, ie the area of the U-profile that is arranged opposite the profile shoe. This creates a clamping of the glass pane 28.

In Fig. 9a ist das zweite Klemmelement 32 in seine "passende" Einbuchtung 24 nach unten in Richtung des Profilschuhs 18 verschoben. Die Glasscheibe 28 wird in Richtung des zweiten Klemmelements 32 gedrückt. Dadurch kann das erste Klemmelement 30 abhängig von der Glasdicke und der Durchmesserform und - dicke des Klemmelements 30 nochmals nach unten fallen und sichert so die Lage der Glasscheibe 28. Es wird im oberen Bereich des Halteprofils 10 zwischen dem zweiten Profilschenkel 14 und der Glasscheibe 28 eine Abschlussdichtung 34 angeordnet.In Figure 9a the second clamping element 32 is pushed down into its "matching" indentation 24 in the direction of the profile shoe 18 . The glass pane 28 is pressed in the direction of the second clamping element 32 . As a result, the first clamping element 30 can fall down again depending on the glass thickness and the diameter shape and thickness of the clamping element 30 and thus secures the position of the glass pane 28. In the upper area of the holding profile 10 between the second profile leg 14 and the glass pane 28 Final seal 34 arranged.

Fig. 9b zeigt die beiden in der Fig. 7 und 8 dargestellten Kräftepaare. Dabei ist in Fig. 7 das erste, untere Kräftepaar dargestellt. In der Fig. 8 ist auch das zweite, obere Kräftepaar dargestellt. Das erste Kräftepaar ist in der Fig. 9b mit A, das zweite Kräftepaar ist in der Fig. 9b mit B bezeichnet und die Kräftepaare A, B sind jeweils mit einer gestrichelten Linie gekennzeichnet. Diese beiden Kräftepaare A und B bewirken eine Einspannung der Glasscheibe 28. Figure 9b shows the two in the 7 and 8th shown pairs of forces. where is in 7 the first, lower pair of forces shown. In the 8 the second, upper couple of forces is also shown. The first couple is in the Figure 9b with A, the second couple is in the Figure 9b denoted by B and the force couples A, B are each marked with a dashed line. These two pairs of forces A and B cause the glass pane 28 to be clamped.

Fig. 10 zeigt das F-förmig ausgebildete Halteprofil 10, das an einem Baukörper angeordnet ist. Die Befestigung des F-förmigen Halteprofils 10 erfolgt mit einem senkrecht durch eine Öffnung in diesem F-förmigen Teil des Halteprofils 10 führenden Verbindungsmittel. 10 shows the F-shaped retaining profile 10, which is arranged on a structure. The F-shaped holding profile 10 is fastened with a connecting means leading vertically through an opening in this F-shaped part of the holding profile 10 .

In Fig. 11 ist ein anderes Ausführungsbeispiel eines Halteprofils 10 mit einem U-förmigen Bereich 16 zur Aufnahme der Glasscheibe 28 dargestellt. Der zweite Profilschenkel 14 weist eine Verlängerung 38 nach unten in Richtung auf den Boden des Baukörpers 36 auf. Die Befestigung am Baukörper 36 erfolgt durch das Einbringen einer Befestigungsschraube in waagerechter Anordnung in eine entsprechende Öffnung in der Verlängerung 38 des zweiten Profilschenkels 14. Durch die erfindungsgemäße Anordnung und Ausbildung einer geeigneten Außendichtung 20, der Ausgestaltung des Profilschuhs 18 zur Aufnahme der Glasscheibe 28 und dem Einsatz von mindestens zwei Klemmelementen 30, können sowohl Toleranzen in den Glasstärken von Glasscheiben 28 für Glasgeländer ausgeglichen werden als auch eine einfache und sichere Positionierung der Glasscheibe 28 im U-förmigen Bereich 16 des Halteprofils 10 erfolgen.In 11 another exemplary embodiment of a holding profile 10 with a U-shaped area 16 for receiving the glass pane 28 is shown. The second profile leg 14 has an extension 38 downwards in the direction of the bottom of the structure 36 . It is fastened to the structure 36 by inserting a fastening screw in a horizontal arrangement into a corresponding opening in the extension 38 of the second profile leg 14. The inventive arrangement and design of a suitable outer seal 20, the design of the profile shoe 18 for receiving the glass pane 28 and the By using at least two clamping elements 30, tolerances in the glass thicknesses of glass panes 28 for glass railings can be compensated for and the glass pane 28 can be positioned easily and securely in the U-shaped area 16 of the retaining profile 10.

BezugszeichenlisteReference List

1010
Halteprofilholding profile
1212
erster Profilschenkelfirst profile leg
1414
zweiter Profilschenkelsecond profile leg
1616
U-förmiger BereichU-shaped area
1818
Profilschuhprofile shoe
2020
Außendichtungouter seal
2222
Nutgroove
2424
Einbuchtungindentation
2626
Ausbuchtung Außendichtung 20Bulge outer seal 20
2828
Glasscheibeglass pane
3030
erstes Klemmelementfirst clamping element
3232
zweites Klemmelementsecond clamping element
3434
Abschlussdichtungfinal seal
3636
Baukörperstructure
3838
Verlängerung Profilschenkel 14Extension of profile leg 14
AA
erstes Kräftepaarfirst pair of forces
BB
zweites Kräftepaarsecond pair of forces

Claims (10)

  1. Retaining profile (10) for retaining a glass pane (28), having a first profile leg (12) and a second profile leg (14), characterised in that the retaining profile (10) comprises a profile shoe (18) and at least a first clamping element (30) and at least a second clamping element (32) which are arranged between the second profile leg (14) and the glass pane (28), and in that the position of the profile shoe (18), the first clamping element (30) and the second clamping element (32) within a U-shaped region (16) within the retaining profile (10) can be changed during mounting of the glass pane (28) in the retaining profile (10), wherein an outer seal (20) is arranged on the first profile leg (12); and wherein the first clamping element (30) and at least a portion of the profile shoe (18) form a first force couple (A);
    characterised in that
    the outer seal (20) comprises protrusions (26) which are mounted in at least one indentation (24) of the first profile leg (12), and the second clamping element (32) is mounted in an indentation (24) of the second profile leg (14), wherein the second clamping element (32) and the outer seal (20) form a second force couple (B).
  2. Retaining profile (10) according to claim 1, characterised in that a free space is formed between the profile shoe (18) and the first profile leg (12) and/or the second profile leg (14).
  3. Retaining profile (10) according to claim 2, characterised in that, when a second clamping element (32) is inserted, a free space is formed between the glass pane (28) and the second profile leg (14).
  4. Retaining profile (10) according to any one of the preceding claims, characterised in that a free space is formed between the glass pane (28) and at least one flank of the profile shoe (18).
  5. Retaining profile (10) according to any one of the preceding claims, characterised in that a finishing seal (34) is arranged between the second profile leg (14) and the glass pane (28).
  6. Retaining profile (10) according to any one of the preceding claims, characterised in that the profile shoe (18) is pressed towards the first profile leg (12) by the first clamping element (30).
  7. Retaining profile (10) according to any one of the preceding claims, characterised in that fixing of the glass pane (28) is effected by the interaction of the first force couple (A) and the second force couple (B).
  8. Retaining profile (10) according to any one of the preceding claims, characterised in that the position of the first clamping element (30) and of the second clamping element (32) in conjunction with the outer seal (20) effects tolerance compensation of different glass thicknesses of the glass pane (28).
  9. Method for mounting a retaining profile (10), characterised by the following steps:
    a) arranging a profile shoe (18) between a first profile leg (12) and a second profile leg (14) of a retaining profile (10),
    b) inserting an outer seal (20) at the first profile leg (12),
    c) inserting a glass pane (28) into the profile shoe (18),
    d) pressing the glass pane (28) against the outer seal (20),
    e) creating a space between the glass pane (28) and the second profile leg (14),
    f) inserting a first clamping element (30) and pulling the glass pane (28) in the direction towards the second profile leg (14),
    g) dropping the first clamping element (30) under its own weight in the direction towards the profile shoe (18),
    h) thereby displacing the profile shoe (18) in the direction towards the first profile leg (12),
    i) inserting a second clamping element (32),
    j) pressing down the second clamping element (32) into one of the indentations (24) of the second profile leg (14) of the retaining profile (10),
    k) thereby achieving adjustability of an inclination of the glass pane (18) and/or tolerance compensation of the thickness of the glass pane (18),
    l) thereby achieving a change in position of the first clamping element (30) in the direction towards the profile shoe (18),
    m) thereby fixing the glass pane (28) in position,
    n) fitting a finishing seal (34) between the second profile leg (14) and the glass pane (28).
  10. Use of a retaining profile (10) according to any one of claims 1 to 8 for arranging an all-glass railing on a balcony, a balustrade, a French balcony or a terrace.
EP19190368.1A 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation Active EP3772558B1 (en)

Priority Applications (4)

Application Number Priority Date Filing Date Title
EP19190368.1A EP3772558B1 (en) 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation
ES19190368T ES2921210T3 (en) 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation
PL19190368.1T PL3772558T3 (en) 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation
DK19190368.1T DK3772558T3 (en) 2019-08-06 2019-08-06 HOLDING PROFILE FOR MOUNTING A SURFACE ELEMENT AND TOLERANCE BALANCE

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
EP19190368.1A EP3772558B1 (en) 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation

Publications (2)

Publication Number Publication Date
EP3772558A1 EP3772558A1 (en) 2021-02-10
EP3772558B1 true EP3772558B1 (en) 2022-06-01

Family

ID=67551204

Family Applications (1)

Application Number Title Priority Date Filing Date
EP19190368.1A Active EP3772558B1 (en) 2019-08-06 2019-08-06 Retaining profile for mounting a surface element and tolerance compensation

Country Status (4)

Country Link
EP (1) EP3772558B1 (en)
DK (1) DK3772558T3 (en)
ES (1) ES2921210T3 (en)
PL (1) PL3772558T3 (en)

Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE202010016188U1 (en) * 2010-12-06 2011-02-17 Bangratz, René, Dipl.-Ing. Disc railings
EP2479357B1 (en) * 2011-01-25 2013-10-02 Maene Nv A device for holding a rigid sheet and the use of the device
DE102012104528A1 (en) 2012-05-25 2013-11-28 NORESO Ltd. Profile system for fastening flexible panels
FI20155943A (en) * 2015-12-11 2017-06-12 Oy Steelpro Ltd Adjustable glass railing construction
DE202015106963U1 (en) 2015-12-21 2017-03-22 Mogla-Tech Ag Glass railing support structure and wedge profile part for use in such an arrangement
ES1164783Y (en) * 2016-07-28 2016-12-09 Comenza S L Glass Leveling Device

Also Published As

Publication number Publication date
EP3772558A1 (en) 2021-02-10
ES2921210T3 (en) 2022-08-19
PL3772558T3 (en) 2022-07-18
DK3772558T3 (en) 2022-06-27

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