• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention relates to a frame profile (1) for a door element (12) in a partition wall system (10) made of glass elements (11), wherein the frame profile (1) on one side of a receptacle (17) for a glass element (11) and on the opposite Side has a door rebate (16). According to the invention the frame profile (1) is made in two parts and has a receiving profile (2) and a cover profile (3) connectable therewith. A first profile cheek (9), which on the one hand forms a first part of the receptacle (17) for the fixed glass element (11) and on the other hand the door rebate (16), is formed on the receiving profile (2). A second profile cheek (14), which forms the second part of the receptacle (17) for the fixed glass element (11), is formed on the cover profile (3). Furthermore, securing elements (4) which can be inserted into the receiving profile (2) are provided, the retaining limbs (5) resting against the glass element (11) and their guide limbs (6) extending laterally in the profile longitudinal direction (8) in the base region (7) Receiving profile (2) are held.
    公开号:AT516256A4
    申请号:T50082/2015
    申请日:2015-02-02
    公开日:2016-04-15
    发明作者:Hubert Elmer；Claus Chabina
    申请人:Hubert Elmer；Claus Chabina；
    IPC主号:
    专利说明:

    The invention relates to a frame profile for a door element in a partition wall system made of glass elements, wherein the frame profile on one side has a receptacle for a fixed glass element and on the opposite side a door rebate for the door element.
    Such partition systems, for example in office buildings, department stores, banks, etc., with fixed glass elements and door elements, such as revolving doors, have slim, the overall visual impression as little annoying Zährargen and glazing strips on walls, ceilings and the floor on. Difficulties occur in conventional profile systems when For different glass thicknesses of the fixed glass elements and / or the door elements a variety of different profile sets must be kept in stock and used. Furthermore, conventional profile systems are usually unsuitable for incorporating electrical installations, such as door opener connection and control cables, electrical locking systems, sockets or lighting to be integrated into the wall system.
    From AT 514 331 B1, a partition wall system comprising a plurality of fixed glass elements and at least one glass door element has become known in this context, wherein frame profiles are respectively arranged on the fixed glass elements delimiting a door opening. Height-adjustable wall connection profiles are provided to connect the fixed glass elements to the side walls, ceiling and floor. The partitioning system has, among other things, a panel for receiving acoustic or imaging elements and bulbs, as well as a plug and switch module which can be attached to the frame profile.
    The plug and switch module, which may also include an electric door opener, as well as the electronic fixtures and bulbs, require electrical supply and control lines that are as inconspicuous and easy to install as possible integrated in the wall connection profiles and the frame profiles. To accommodate the electrical installations, such. Electrical cables and bus systems, serves here laterally on the wall connection profile and on the frame profile attachable cable protection, consisting of a profile-like Leisteaus an electrically insulating material, with a base and two elastic
    Side panels defining a slot-shaped opening along the ledge. After insertion of the electrical cables and bus systems through the slot-shaped opening, the elastic side cheeks move back to the home position and enclose the electrical installation elements. The lateral closure takes place with the aid of a covering profile, which engages in a rabbet-side groove system on the frame profile and is screwed thereto. The reception of the frame profile for the fixed glass element is carried out in one piece, so that different frame profiles must be used for different glass thicknesses of the glass element.
    From AT 509 685 B1, furthermore, a two-part glass receiving profile for the wall and ceiling connection has become known, which has securing elements for fixing the fixed glass elements. The base portion of the glass receiving profile has upper and lower retaining ridges delimiting a groove extending in the profile longitudinal direction in a direction normal to the plane of the glass element opening receiving groove. Separately insertable glass securing elements can be inserted into the receiving groove, which abut with a holding leg on the surface of the glass element and press this with the opposite surface against a fixed profile cheek of the glass receiving profile.
    When mounting a glass element, a glass receiving profile is first mounted on a base profile and adjusted accordingly. Thereafter, supporting pads are used, which are supported on one of the support webs, and the glass element is placed thereon. Subsequently, before mounting a clip-on profile cheek, the glass element is secured by means of securing elements which are inserted into the receiving groove of the glass receiving profile until they engage in the receiving groove. For this purpose, the base leg of the securing element has a retaining lug, which engages in a retaining groove of one of the two retaining webs. For different glass thicknesses, profile systems adapted to the glass thickness must be used.
    The object of the invention is, starting from the state of the art presented, to propose a frame profile for a partitioning system with fixed glass elements, with which the installation effort and the effort in storage can be reduced, whereby its use should be possible with different glass thicknesses. Another object of the invention is to provide a simple solution for integrating electrical installation elements in the frame profile.
    This object is achieved according to the invention in that the frame profile is designed in two parts and has a receiving profile and a cover profile connectable thereto, that a first profile cheek, which on the one hand forms a first part of the receptacle for the fixed glass element and on the other hand the door rabbet, is formed on the receiving profile, and in that a second profile cheek , which forms the second part of the receptacle for the fixed glass element, is formed on the cover profile, wherein securing elements which can be inserted into the receptacle profile are provided, the retaining legs of which rest against the glass element and the guide legs are held in a profile opening extending laterally in the longitudinal direction of the receptacle profile.
    According to the guide leg of the fuse element in adaptation to different glass thicknesses of the glass element is infinitely inserted in groove groove in the guide groove and fixable after AnlagedesHalteschenkel the glass element in this holding position executed. The cover profile is attached to the securing elements, whereby the Aufnahmeteil and the cover profile formed, two-piece recording continuously the glass thickness of the fixed glass element can be adapted. Different glass thicknesses, in particular the glass thickness groups of 8 to 15 mm or 15 to 21 mm, which are mainly used in partitioning systems, can each be installed with the same profile system.
    Preferably, the guide groove for the guide limb can be designed as a screw channel, in which engages a fixing screw passing through the guide limb of the securing element in the plane of the guide limb and fixes the securing element in the position predetermined by the respective glass thickness.
    According to an advantageous embodiment of the invention, each securing element has a substantially U-shaped receptacle for electrical installation elements, such as electric cables and bus systems, which forms a closed cable channel after fixing the cover profile to the securing element. The securing elements thus fulfill a dual function, on the one hand as securing and retaining element for the fixed glass elements, on the other hand as Träger¬und holding elements for electrical installation, which is arranged in a compact manner in the glazing profile and accessible after removal of the cover profile.
    In addition, the securing elements serve to fix the cover profile, whereby the distance of the outside from the glass surface is kept constant, irrespective of the selected glass thickness.
    According to the invention, the base region of the receiving profile can have on its side facing the front side of the fixed glass element a groove-shaped depression with a transparent cover, wherein in the groove-shaped recess a light source, preferably an LED strip, can be accommodated for different lighting effects.
    The invention is illustrated in more detail below with reference to drawings. Show it:
    Figure 1 shows the frame profile according to the invention in a sectional view miteingesetztem glass element and door element.
    Fig. 2 is an enlarged detail of the frame profile of Figure 1 in a sectional view without cover profile.
    3 shows a three-dimensional view of the securing element of the frame profile according to the invention;
    Fig. 4 to Fig. 6 sectional views of the frame profile with
    Fixed glass elements and glass door elements of different glass thicknesses (FIG. 4: ESG 10.00, FIG. 5: ESG 13.00 and FIG. 6: VSG 16.50);
    7 to 9 show sectional views of the frame profile in the door hinge area with fixed glass elements and glass door elements of different glass thicknesses (FIG. 7: tempered glass 10.00, FIG. 8: tempered glass 13.00 and FIG. 9: laminated wood 16.50);
    10 is a partial section of the frame profile in the door hinge region of a wooden door element;
    Fig. 11 is a sectional view of a door hinge for a glass door member with low power wiring; such as
    Fig. 12 is an overview view of a partition wall system using the frame profile according to the invention in sliding door elements and wooden door elements.
    The two-part frame profile 1 of a partition wall system 10 shown in FIGS. 1 to 3 essentially consists of a receiving profile 2 with a first, fixed profile cheek 9 and a cover profile 3 with a second profile cheek 14, which can be fastened to the securing elements 4 that can be inserted into the receiving profile 2. The first profile cheek 9 has at one end the first part of a receptacle 17 for the fixed glass element 11 and at the other end a door rebate 16 together with seam seal for the abutment of a door element 12. The second profile cheek 14 forms the second part of the receptacle 17 for the fixed glass element 11.
    The guide leg 5 of each securing element 4 abuts against the fixed glass element 11 and presses it against the fixed profile cheek 9. The guide leg 6 of the securing element 4 protrudes in a profile longitudinal direction extending, laterally opening guide groove 8 in the base portion 7 of the receiving profile 2, wherein the guide leg 6 of the securing element 4 in adaptation to different Glass thickness of the fixed glass element 11 can be inserted into the guide groove 8 steplessly in the direction of the bottom and can be fixed in this holding position after placement of the holding leg 5 on the fixed glass element 11. For different glass thicknesses, therefore, the width of the recording can be varied 17stufenlos.
    The guide groove 8 in the base region 7 of the receiving profile 2 is preferably designed as a screw channel (see detailed illustration in FIG. 2), wherein the groove structure 33 of the screw channel acts upon insertion of the guide leg 6 on the wavy surface 34 on both sides of the guide leg 6, which comprises frictionally frets and the guide leg 6 fixed free of play.
    A fixing screw 15 passing through the guide leg 6 of the securing element 4 in the plane of the guide leg 6 engages in the screw channel. The fixing screw 15 has a diameter in the threaded region, which slightly projects beyond the thickness of the guide leg 6, so that the thread of the fixing screw 15 engages on both groove cheeks in the groove structure 34 of the screw channel.
    The cover profile 3 engages on the one hand with its profile cheek 14 on the retaining leg 5des securing element 4 and on the other hand has a Fixierschenkel 18auf the base portion 7 of the receiving profile 2 slidably and means Fixing screw 19 in a screw 20 of the securing element 4fixierbar. Thus, the position of the cover profile 3 automatically adapts to the respective glass thickness (see Fig. 4: tempered glass 10,00, Fig. 5: tempered glass 13,00 and Fig. 6: VSG 16,50), so that from the outside always the same Glass connection of the frame profile is present.
    According to the invention, the profile cheeks 9, 14 of the receiving profile 2 and the cover profile 3 and the retaining leg 5 of the securing element 4 each amglasseitigen end groove-shaped receptacles for the glass element 11 fitting sealing elements 26, preferably hose seals on. Thus, with reference to the plane of symmetry of the fixed glass element 11, two sealing planes are realized which provide excellent values in terms of both sound insulation and thermal insulation.
    According to the invention, each securing element 4 may have a substantially U-shaped receptacle 21 for electrical installation elements, such as electric cables 22 and bus systems 23, which form an externally closed cable channel after fixing the cover profile 3. This easily covers several functions with just one component: the holding and securing function for the glass element 11, the carrier function for the cover profile3 and a holder for the electrical installation.
    In an advantageous embodiment of the invention, the base portion 7 of the receiving profile 2 on its the front side of the glass element 11 facing side a groove-shaped recess 24 with a transparent cover 25, wherein in the groove-shaped recess 24, a light source, preferably an LED strip 27, is added. In the case of the single-pane glasses, for example ESG 10 and ESG 13 of FIGS. 1, 7 and 8, the LED strip 27 is in each case arranged in the plane of symmetry of the fixed glass element 11. In the embodiment variant according to FIG. 9, a laminated glass VSG 16.5 is used, wherein in each case two LED strips 27 are present in the recesses 24 and 24 ', which are each assigned to the end face of a pane of the laminated glass.
    The transparent cover 25 is made of a plastic material and has resilient side walls 29 which snap into the groove-shaped recess 24. For example, the side walls 29 of the transparent cover 25 may protrude obliquely outward as shown in Figure 1 and into which they taper upwardly, groove-shaped recess 24 are clipped.
    Furthermore, the fixing leg 18 of the cover profile 3 on its front side of the glass door element 12 side facing a groove-shaped recess 24 'for receiving a transparent cover 25, wherein arranged under the transparent cover 25, a light source, preferably a LED tape 27, for frontal illumination of the door leaf is.
    With the aid of the LED strips 27, the fixed glass elements 11 but also the gray door elements 12 can be illuminated via their end faces, wherein structures or patterns imprinted or imprinted in or on the finished glass elements can be illuminated by means of laser.
    As shown in FIGS. 4 to 6 with different glass thicknesses for the fused glass element 11 and the door element 12, a door seal 28 made of a plastic material may also be inserted in the groove-shaped recess 24 'of the fixing leg 18. If no LED illumination is desired, the groove-shaped receptacle 24 remains free on the side of the base region 7 facing the end face of the fixed glass element 11.
    With a glass thickness increasing from FIG. 4 to FIG. 6, the guide leg 6 of the securing element 4 in the guide groove 8 moves continuously outward, but is retained in each position by the fixing screw 15. With the securing element 4, the cover profile 3 fastened with the aid of the fixing screw 19 also moves outward, wherein for large glass thicknesses (see FIG. 6: VSG 16.50) a cover profile 3 with a wider fixing leg 18 can be used, the dimensions of which are unchanged except for a widened central web 37 are.
    In FIGS. 7 to 9, sections in the region of a door hinge 36 are shown on the basis of different glass thicknesses for the fused glass element 11 and the door element 12. The frame profile 1 according to the invention has in a cutout 31 a strip carrier 30 which can be fastened in the frame profile 1 for a door hinge 36. For its fixation on the receiving profile 2, the tape carrier 30 has a guide leg 32 which engages in the guide groove 8 of the Aufnahmeprofils2. The door hinge 36 can be secured to the glass door member 12 using conventional mounting screws 39. Cover 39 may be used for different glass thicknesses, since as the glass thickness increases, the axis of rotation 40 of the door hinge 36 also migrates outward and the geometrical relationships with respect to the glass surface remain unchanged. In the area of the tape carriers 30, the electrical installation elements, such as electric cables 22 and bus systems 23, can be led past the tape carrier 30 within the cover profile 3.
    10 shows a door hinge 36 ', of which a first part 42 is fixed in a cutout of the cover profile 3 of the not shown here Zargenprofils and the movably hinged second part 43 is fixed in a front-side cutout 44 of a wooden door element 12' Frame profile system can thus be used without significant changes for Holztürelemente.
    11 shows a section of a door hinge 36 for a glass door element 12 with a low-current wiring 41, with which an electrical connection between the electric cables 22 and the bus system 23 and electronic installations in the door leaf of the glass door element 12 can be made.
    In Fig. 12, a partition wall system 10 of fused glass elements 11, a Glasdoor 12 and a wooden door element 12 'is shown, wherein for the wall, floor and ceiling connection, a glazing profile 13 is used.
    The door openings are limited both by the glass door element 12 and the wooden door element 12 'of the frame profile 1 according to the invention.
    The frame profile 1 can also be used for the electronic connection of an imaging element of the glass door element 12, wherein the imaging structure, for example an OLED film, can be contacted by the electrical installation in the frame profile 1 via the door hinge 36 according to FIG. 11.
    权利要求:
    Claims (12)
    [1]
    PATENT CLAIMS 1. Frame profile (1) for a door element (12) in a partition wall system (10) made of glass elements (11), wherein the frame profile (1) on one side of a receptacle (17) for a glass element (11) and on the opposite side a door rebate (16), characterized in that the frame profile (1) is designed in two parts and has a receiving profile (2) and a cover profile (3) connectable thereto, that a first profile cheek (9), which on the one hand a first part of the receptacle (17) for the second glass element (11) and on the other hand the door rebate (16), on the receiving profile (2) is formed, and that a second profile cheek (14) which forms the second part of the receptacle (17) for the glass element (11), on the cover profile (3 Is formed, wherein in the receiving profile (2) insertable securing elements (4) are provided, the holding leg (5) abut the glass element (11) and the guide leg (6) inein run in the profile longitudinal direction, s 1) opening guide groove (8) in the base region (7) of the receiving profile (2) are held.
    [2]
    2. Zargenprofil (1) according to claim 1, characterized in that the guide arm (6) of the securing element (4) in adaptation to different glass thicknesses of the glass element (11) infinitely inserted in groove groove in the guide groove (8) and after Anlage the retaining leg (5) Fix glass element (11) is fixable in this holding position.
    [3]
    Third frame profile (1) according to claim 2, characterized in that the guide groove (8) is designed as a screw, in which a the guide arm (6) of the securing element (4) in the plane of the guide arm (6) passing through the fixing screw (15) engages.
    [4]
    4. frame profile (1) according to one of claims 1 to 3, characterized in that cover profile (3) on the one hand with its profile cheek (14) on the holding leg (5) of the securing element (4) engages and on the other hand, a Fixierschenkel (18), which at the base area (7) of the receiving profile (2) and by means of a fixing screw (19) in a screw (20) of the securing element (4) is fixable.
    [5]
    5. frame profile (1) according to one of claims 1 to 4, characterized in that the profile cheeks (9, 14) of the receiving profile (2) and the cover profile (3) and the holding legs (5) of the securing element (4) each groove-shaped end groove-shaped receptacles for at the glass element (11) fitting sealing elements (26), preferably hose seals having.
    [6]
    A frame profile (1) according to any one of claims 1 to 5, characterized in that each securing element (4) has a substantially U-shaped receptacle (21) for electrical installation elements, such as electric cables (22) and bus systems (23), which after fixing of the cover profile (3) form a closed cable channel.
    [7]
    7. frame profile (1) according to one of claims 4 to 6, characterized in that the fixing leg (18) of the cover profile (3) on one of the end face of a glass door element (12) side facing a groove-shaped recess (24 ') for receiving a door seal (28) or a transparent cover (25), wherein under the transparent cover (25) a light source, preferably an LED strip (27) is accommodated.
    [8]
    8. Frame profile (1) according to one of claims 1 to 7, characterized in that the base region (7) of the receiving profile (2) on its front side of the fixed glass element (11) facing side hat-shaped recess (24) having a transparent cover (25) , wherein in the groove-shaped recess (24) has a light source, preferably an LED strip (27), is added.
    [9]
    A frame profile (1) according to claim 7 or 8, characterized in that the transparent cover (25) is made of a plastic material and has resilient side walls (29) which snap into the groove-shaped recess (24).
    [10]
    10. Frame profile (1) according to one of claims 1 to 9, characterized in that the frame profile (1) in a cutout (31) in the frame profile (1) attachable tape carrier (30) for a door hinge (36).
    [11]
    11. A frame profile (1) according to claim 10, characterized in that the band carrier (30) has a guide leg (32) which engages in the guide groove (8) of the receiving profile (2).
    [12]
    12. A frame profile (1) according to claim 10 or 11, characterized in that in the door hinge (36) a low-current wiring (41) is integrated, which produces an electronic connection for an imaging structure, for example an OLED film.
    类似技术:
    公开号 | 公开日 | 专利标题
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    AT511325A4|2012-11-15|PROFILE SYSTEM
    DE29922023U1|2001-04-26|Assembly with a band for doors, windows or the like.
    AT156560T|1997-08-15|AUTOMATIC SLIDING DOOR WITH AT LEAST ONE LEAF
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    DE59503074D1|1998-09-10|HORIZONTAL SLIDING WINDOW WITH AT LEAST ONE CROSS SLIDING LEAF
    DE102014108850B4|2017-08-17|Partition wall system consisting of fixed glass elements and at least one glass door element
    DE19525881C1|1996-07-25|Sprung holder for switch cabinet rear wall
    EP0078905A2|1983-05-18|Covering-frame for cladding a wall opening for a door or the like
    DE102013102142B4|2021-01-14|Hardware system for a frameless glass door element
    DE19518450A1|1996-11-21|Furniture door with hinge fitment on main furniture body
    DE2722289A1|1978-11-23|Assembled window or door type frame - has top piece serving also as roller shutter case
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    DE102004040646A1|2006-02-16|Fitting and fastening system for glass elements
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    DE102020116827A1|2020-12-31|Door system for a partition wall system
    DE102004019706B3|2005-07-14|Shower or bath divider has pivotable glass panel with electrical energy supply with contact surfaces, preferably on or in stationary profile and interacting with contact pins arranged in insulated manner on pivotable panel
    DE19610487A1|1997-09-18|Decorative frame for window opening in building
    EP1020609B1|2005-10-12|Glazing bead and associated frame member for a door, window or fixed glazing or filling panel
    DE19618837C1|1997-09-25|Soffit-plate fixing device to window- or door-frame
    DE2754637A1|1979-06-13|Assembly unit for bath and shower cubicles - is fixed between two walls and incorporates guide piece with grooves
    同族专利:
    公开号 | 公开日
    DE102016101461A1|2016-08-04|
    DE102016101461B4|2018-12-20|
    AT516256B1|2016-04-15|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    CH615242A5|1977-03-03|1980-01-15|Gips Union Ag|Case as frame for doors and glazings|
    DE29720378U1|1997-11-18|1998-02-26|Dorma Gmbh & Co Kg|Frameless glass door|
    DE102014108850A1|2013-06-26|2014-12-31|Hubert Elmer|Partition wall system consisting of fixed glass elements and at least one glass door element|
    AT509685B1|2010-04-01|2012-05-15|Peter Schennach|GLASS RECEPTION PROFILE WITH FUSE ELEMENT|FR3064662B1|2017-03-31|2021-01-15|Jkn|EXTERIOR OR INTERIOR LIGHTING JOINERY|
    DE102017119559A1|2017-08-25|2019-02-28|Schilling Engineering GmbH|Door device, in particular clean room door device|
    DE102018002442B4|2018-03-20|2021-06-17|René Bangratz|Profile system with a light source mounting rail|
    CN110764442B|2019-09-29|2021-10-08|奥斯德诺建筑装饰制品（上海）有限公司|Alternating current monitoring system for partition system|
    法律状态:
    2020-02-15| PC| Change of the owner|Owner name: DORMAKABA DEUTSCHLAND GMBH, DE Effective date: 20200102 |
    优先权:
    申请号 | 申请日 | 专利标题
    ATA50082/2015A|AT516256B1|2015-02-02|2015-02-02|ARMING PROFILE FOR A DOOR ELEMENT IN A PARTITIONING SYSTEM|ATA50082/2015A| AT516256B1|2015-02-02|2015-02-02|ARMING PROFILE FOR A DOOR ELEMENT IN A PARTITIONING SYSTEM|
    DE102016101461.3A| DE102016101461B4|2015-02-02|2016-01-27|Frame profile for a door element in a partition wall system|
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