• 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 present invention relates to an arrangement of a groove strip (3) for mounting of at least sheet unit (1), preferably at least one glass sheet, e.g. an insulating glass (15) in a frame (24) or arch of a window, door or facade, by means of at least one groove strip (3) in the form of at least one glazing strip (16), which retains the sheet unit (1) in a groove (2) against a bottom groove (4), against which the bottom (10) of the groove strip (3) rests. The groove (2) has a groove side (5), which extends mainly parallel with one expansion surface (22) of the sheet unit (1), and an edge region (6), which extends mainly parallel with the bottom groove (4), which has at least one recess (7) arranged in it, said groove strip (3) has at least one projection (8) which extends past the recess (7) in a mounting direction (21) of the groove strip (3) against the lower section of the groove side (5) between the edge region (6) and the bottom groove (4) when the groove strip (3) has been mounted, the underside of the bottom (10) of said projection (8) and/or groove strip (3) has at least one hook section (9) downwardly directed into the recess (7).
    公开号:SE1100627A1
    申请号:SE1100627
    申请日:2011-08-29
    公开日:2013-02-12
    发明作者:Lars Eriksson
    申请人:Lars Eriksson；
    IPC主号:
    专利说明:

    or wood, which creates visible nails, which are not neat and which are easily detached during the burglary. Many expensive and time consuming steps are needed to mount the disc unit with this technology. Furthermore, a traditional glazing method with spacer elements in the side, top and bottom pieces provides an aeration of cold air towards the edge area of the insulating glass, which impairs its heat-insulating ability and causes condensation in the form of so-called edge effects. According to patent application SE8504812, an aluminum strip is shown, which encloses an insulating glass, which is then connected in a frame. This invention creates problems because the aluminum profile must be mounted first and form a cold bridge into the interior.
    The aluminum profile is expensive, complicated and difficult to assemble and ugly, as its outer seam must be deformed around a pivot point when the insulating glass is mounted in it.
    The invention has a different object than this, since it does not have a folding strip or glazing strip but instead has two folding sides. The folding strip cannot be moved towards the insulating glass, which is necessary for glazing a normal window, especially a wooden window.
    An object of the present invention is to eliminate the disadvantages which exist with the above-mentioned constructions, by providing the folding strip with a projection, which has a hook part which hooks the folding strip into a recess in the bottom seam, in order to lock the folding strip.
    Thanks to the invention, a device has now been provided which shortens the time to put a disc unit in a rebate with a movable rebate strip, and which is automatically locked in the rebate without having nails or screws.
    According to the invention, the disc unit is mounted, which can be a glass disc, e.g. an insulating glass in a window, a door, a façade rebate, by means of rebate strips, e.g. glazing beads, which hold the disc unit in. the rebate.
    The seam then has a bottom seam, which extends across the seam side of the seam, which extends parallel to the distribution surface of the disc unit. The bottom seam has at least one recess arranged in this. The seam strip has a projection in its lower part, which extends past the recess, in a mounting direction towards the lower part of the seam side parallel to the bottom seam.
    The committee is located, when the folding strip is fixed, between the edge area and the bottom seam. The actual holding of the folding strip is clarified by an at the underside of the committee or the bottom of the folding strip an existing hook part, which at the insert is moved into the recess, when the folding strip is fully depressed and springs down into the recess and locks the folding strip. Both the fold side and the fold strip have resilient gaskets against the disc unit, e.g. of rubber or plastic, spreading across the bottom seam. When the chin part has sprung into the recess, the gaskets are slightly compressed. the mounting direction, whereby the gaskets. presses the chin part against an edge in the recess, e.g. an elongated channel, which is U-shaped and that the chin part then lies without play pressing against the inside of the outer leg of the Uzet, which is located closest to the folding strip. Then the bottom of the seam strip is pressed against the bottom seam, as if it were nailed. The projection has a thickness of about 2-8 mm and a length which corresponds approximately to the length of the seam bottom in the mounting direction between the lower part of the seam strip and the side of the seam. The bottom of the folding strip is about 10-50 mm and its height as well as the height of the folding side is about 10 -40 mm.
    To mount and hold the glazing bead and the insulating glass, this is done according to a method. In a step 1, the seam side and the glazing bead are provided with the gaskets. Then in a step 2 the insulating glass is placed in place in the rebate 2 in the frame 24, which is ready on a substrate in a horizontal position with side pieces, top piece and bottom piece. Then in a step in a step 3, the glazing strips are fixed, by inserting the projection in the mounting direction 21 between the edge area 6 and the bottom seam 4, so far that the gaskets are compressed slightly against the spreading surfaces 22, whereupon the hook part 9 goes down into the recess and locks the glazing strip 16 in this mode.
    The invention is described in more detail with the aid of some preferred exemplary embodiments with reference to the accompanying drawings, in which Fig. 1 shows a vertical cross-section through a side piece / top piece of a wooden frame, having a glazing strip with projections, which is extruded in one piece. Fig. 2 shows a vertical cross-section through a side piece / top piece of a wooden frame, where the glazing strip has a number of projections made of thin sheet metal or plastic. Fig. 3 shows a vertical cross-section through a side piece / top piece of a wooden frame, where the glazing strip has a projection which is arranged in a spacer element with a hook part.
    As shown in Figure 1, a wooden frame 24 is shown, which has a rebate strip 3, which holds a disc unit 1, in the form of an insulating glass 15 in a rebate 2, which has a rebate side 5, which is parallel to one distribution surface of the disc unit 1. 22. The bottom seam 4, which has a recess 7, is parallel to the edge area 6 of the disc unit 1. The seam strip 3 has a projection 8, the underside of which has a hook part 9, which springs down into a recess 7, for holding the seam strip 3. the side 3 of the rebate strip, facing the disc unit 1, has gaskets 20 which are resilient to the two extension surfaces 22 of the disc assembly 1. The recess 7 is an elongate channel 11, which extends around the edge area 6 around the insulating glass 15 in the longitudinal direction of the rebate 2.
    The recess, 7 years formed as a "U" 23. The hook part 9 is then located in the "Uzet" 23 and presses against the inside of the outer leg of the U, which is located closest to the seam strip 3. Then the bottom 10 of the seam strip 3 is pressed against the bottom seam 4.
    In a preferred embodiment of the invention, the folding strip 3 is a glazing strip 16 made together with the projection 8 and the hook part 9 as an extruded plastic strip 12 in one piece, to be cut into preselected lengths. The projection 8 then has support parts 25 which support under the insulating glass 15 at each glass against the bottom seam 4. This causes the support parts 25, which have bearing surfaces 17, to replace a crushing or spacer element function, the crushing being obtained automatically when the glazing strip 16 is mounted, means that loose blocks do not have to be pre-assembled before the glazing bead 16 is mounted, which saves material and working time. Between the support surfaces 17, a distance is created at the bottom seam 4, when the hook part 9 is arranged in the seam 2, of a resilient layer 19 present there, which is about 1-3 mm thick and arranged between the support surfaces 17. In this way, aeration channels 18 are created there. when the hook part 9 locks the folding strip 3 in the channel 11.
    The aeration channels 18 are for dehumidifying around the edge area 6 and removing moisture in the seam 2. In the preferred embodiment of the invention, the side pieces and the top pieces á, arches and frames 24 are provided with glazing strips 16 with projections 8.
    The base is then provided with ordinary aerated glazing strip 16, which has air contact from its outside.
    The insulating glass 15 then rests on ordinary spacer elements 13, which create an aeration which has contact with the aeration channels 18 in the side pieces and the top piece.
    The committee provides a heat-insulating effect around the edge area 6.
    As can be seen from Fig. 2, a variant of the invention is shown, in which the folding strip 3 has a number of projections 8, distributed along its length, which are provided with a resilient projection 8, which are made of sheet metal or plastic and which are attached to the lower strip 3 part. The committee shows' the hook part 9, which. is a resiliently inclined downwards like a tongue which springs into the channel 11. The projections 8 are inserted between the spacer elements 13.
    As can be seen from Fig. 3, a third variant of the invention is shown, in which the folding strip 3 has a number of short projections 8, of e.g. in sheet metal or plastic and which are attached at predetermined distances from each other in the lower part 3 of the folding strip. After mounting the insulating glass 15 in the rebate 2 by means of a number of spacer elements 13, which support the edge area 6 around the rebate 2, are connected, the projections 8 are connected in one at one side of the spacer element 13 closest to the rebate strip 3 where existing coupling parts 14. The spacer elements 13 then have the resilient hook portion 9 at its underside.
    权利要求:
    Claims (3)
    [1]
    Device at folding strip (3) for mounting at least one disc unit (1), preferably at least one glass sheet such as e.g. an insulating glass (15) in a window, a door, a frame (24) or a frame of a façade, by means of at least one folding strip (3), e.g. a glazing bead (16), which holds the disc unit (1) in: Ealsen (2) against a bottom rebate (4), against which the bottom 10 of the rebate strip (3) rests, characterized in that the rebate (2) has a rebate side (5) which extends substantially parallel to one spreading surface (22) of the disc unit (1) and an edge area (6) extending substantially parallel to the bottom seam (4), which has at least one recess (7) arranged therein, which seam strip (3) ) has at least one projection (8), which extends past the recess (7), in a mounting direction (21) of the seam strip (3) towards the lower part of the seam side (5) between the edge area (6) and the bottom seam (4), when the seam strip ( 3) is mounted, which the underside of the protrusion (8) and / or the base (10) of the folding strip (3) has at least one hook part (9) directed downwards into the recess (7).
    [2]
    2.. Device according to claim 1, characterized in that the folding side (5) and the folding strip (3) side, facing the disc unit (1), have gaskets (20) which are resilient to the spreading surface (22) of the disc unit (1), when the folding strip (3) is mounted, its bottom (10) being pressed against the bottom seam (4).
    [3]
    Device according to claim 2, characterized in that the recess (7) is an elongate channel (11) extending in the longitudinal direction of the seam 2 and that the glazing strip (16), including the projection (8) and the hook part (9), is an extruded plastic strip (12) made in. one piece, to be cut into preselected lengths. . Device according to claim 1, characterized in that the folding strip (3) along its length has a number of projections (8) which are at least to some extent resilient, arranged in sheet metal or plastic attached at predetermined distances from each other having the hook part (11) in the folding strip (3) ). . Device according to claim 1, characterized in that the hook part (9) is arranged at at least one spacer element (13) connected to the projection (8), e.g. a glazing block, which projection (8) is fixedly coupled in at least one side at the spacer element (13) closest to the folding strip (3), where existing coupling part (14), which holds the projection (8) at the folding strip (3), the spacer element (13) becomes part of or the whole committee (8). . Device according to Claims 2 and 3, characterized in that the channel (11) is designed as a "U" (23) and in that the glazing strip (16) and the folding side (5) have the gaskets (20) which are resiliently abutting against the disc unit (1). , the bay hook when (9) is in "Uzet" (23) pressing against the inside of Uzet's outer leg, which is located closest to the folding strip (3). . Device according to claim 3, characterized in that the projection (8) has support parts (25) which are supportable under the insulating glass (15), which support it under each glass and against the bottom seam (4), which support parts (25) have bearing surfaces (17), which constitutes a blocking or spacing function. . Device according to claim 7, characterized in that between the bearing surfaces (17), at a distance above the bottom seam (4), the hook part (9) is arranged at a resilient layer (19) present there, which is about 1-3 mm thick and arranged between the support parts (25), in order to create aeration channels (18) below and / or above the layer (19), when the hook part (9) has locked the folding strip (3) in the channel (11). . Method for arranging and holding the glazing bead (16) and the insulating glass (15) in the rebate 2 according to claim 3, characterized in that in a step 1 the rebate side (5) and the glazing bead (16) are provided with the gaskets (20), after which in a step 2 the insulating glass (15) is placed in place in the frame (24), which is mounted with side pieces, top piece and bottom piece in the seam (2), which is arranged in a horizontal position on a base, after which in one step in a step 3, the glazing strips (16 ) is fixed, by inserting / pushing the projection (8) in the mounting direction (21) between the edge area (6) and the bottom seam (4) so that the gaskets (20) are compressed slightly against the spreading surfaces (22), whereupon the hook part (9) springs down into the recess (7) and locks the glazing bead (16) in this position.
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    同族专利:
    公开号 | 公开日
    WO2013032384A1|2013-03-07|
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    EP2751366A4|2015-05-20|
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    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    SE8604501L|1986-10-22|1988-04-23|Elit Snickerier Ab|SPERRBLECK|
    GB8904675D0|1989-03-01|1989-04-12|Spectus Upvc Systems Ltd|Window glazing system|
    DE19546346C5|1995-08-11|2008-12-24|Ernst Schweizer Ag Metallbau|Arrangement for attaching a Glasfalzleiste on a wooden profile for window, door or facade element frame|
    DK174474B1|1998-03-10|2003-04-07|Ravn Vinduer & Doere As|Clips for mounting a glass frame for a window frame, such a glass frame, a procedure for mounting the glass frame and using the clip|
    DE10029391C1|2000-06-15|2001-10-25|Sfs Handels Holding Ag Heerbru|Support element, for two or more panes of window or door element, has profile rail with elastic tongues pressed against frame and bar projecting into groove in frame to hold window element vertically|
    NL1022030C2|2002-11-29|2004-06-11|Doorwin B V|Glazing for door or window, has glass held in wooden frame by angled part with snap=fit fastener system|
    DK175998B1|2003-09-23|2005-11-14|Vkr Holding As|Window or door construction with fittings with a support arm|
    SE0702837L|2007-12-17|2008-11-18|Steelform Scandinavia Ab|Device for securing the windows|WO2016169567A1|2015-04-22|2016-10-27|Kjerrumgaard Administration Aps|Device and method for protecting windows from unauthorized removal of glass panes|
    EP3346085B1|2017-01-04|2020-03-11|HÖRMANN Eckelhausen|Building closure element and method of mounting the same|
    DE102017100552A1|2017-01-04|2018-07-05|Hörmann KG Eckelhausen|Building closure element and method for mounting the same|
    法律状态:
    2019-04-02| NUG| Patent has lapsed|
    优先权:
    申请号 | 申请日 | 专利标题
    SE1100627A|SE535905C2|2011-08-29|2011-08-29|Device at a folding strip for mounting a disk unit|SE1100627A| SE535905C2|2011-08-29|2011-08-29|Device at a folding strip for mounting a disk unit|
    PCT/SE2012/000125| WO2013032384A1|2011-08-29|2012-08-29|A groove strip for mounting of a sheet unit|
    EP20120827967| EP2751366A4|2011-08-29|2012-08-29|A groove strip for mounting of a sheet unit|
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