EP3587701B1 - Agencement de profilé de plâtre pour étanchéifier un joint - Google Patents

Agencement de profilé de plâtre pour étanchéifier un joint Download PDF

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Publication number
EP3587701B1
EP3587701B1 EP19167218.7A EP19167218A EP3587701B1 EP 3587701 B1 EP3587701 B1 EP 3587701B1 EP 19167218 A EP19167218 A EP 19167218A EP 3587701 B1 EP3587701 B1 EP 3587701B1
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EP
European Patent Office
Prior art keywords
strip
plastering
leg
abutment
plastering strip
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
EP19167218.7A
Other languages
German (de)
English (en)
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EP3587701A1 (fr
Inventor
Markus Gebhard
Oliver C. Meyer
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Braun Magdalena
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Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Publication of EP3587701A1 publication Critical patent/EP3587701A1/fr
Application granted granted Critical
Publication of EP3587701B1 publication Critical patent/EP3587701B1/fr
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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
    • E04F13/00—Coverings or linings, e.g. for walls or ceilings
    • E04F13/02—Coverings or linings, e.g. for walls or ceilings of plastic materials hardening after applying, e.g. plaster
    • E04F13/04—Bases for plaster
    • E04F13/06—Edge-protecting borders
    • E04F13/068—Edge-protecting borders combined with mesh material or the like to allow plaster to bond therewith
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F13/00—Coverings or linings, e.g. for walls or ceilings
    • E04F13/02—Coverings or linings, e.g. for walls or ceilings of plastic materials hardening after applying, e.g. plaster
    • E04F13/04—Bases for plaster
    • E04F13/06—Edge-protecting borders
    • E04F2013/066—Edge-protecting borders for expansion joints between two plaster layers

Definitions

  • the present invention relates to a plastering strip arrangement for sealing placement in a joint between two opposite end faces of first and second building components arranged next to one another, in particular aligned with one another, in particular masonry areas or insulating boards, or in a joint of an inside corner between an end face of a first building component, in particular one Masonry area or an insulating board, and a front surface of a second building component, in particular a masonry area or an insulating board.
  • EP 1 327 731 A1 shows a facade, a plaster profile arrangement and a plaster base plate arrangement.
  • the plaster or plaster layer has at least one parting line, wherein the substructure is provided with a cover in the area of the parting line.
  • EP 3 282 065 A1 shows a designed as a window connection profile bar connection profile bar, which has a base profile bar, in which a sealing tape made of expandable Material is arranged.
  • the sealing strip is held in its compressed state by a strip which extends from the base profile strip, for example from its leg or its foot part.
  • the strip is connected via a lug to a protective leg, which is connected to the leg or the foot part of the base profile strip of the connection profile strip via a predetermined breaking line.
  • the protective leg is separated from the connection profile strip, the strip is separated from the leg or foot part of the base profile strip, so that the sealing tape expands and the connection profile strip seals against an adjacent component, such as a door or window frame.
  • This plastering strip arrangement according to the invention can also be referred to as a plastering strip arrangement, first variant, with two plastering strips without an intermediate plate.
  • Such a plastering strip arrangement can also be referred to as a plastering strip arrangement, second variant, two plastering strips plus an intermediate plate.
  • the plastering strip arrangement, first variant, and the plastering strip arrangement, second variant are intended for sealing placement in a joint between two opposite end faces of first and second building components arranged next to one another, in particular aligned with one another, in particular masonry areas or insulating boards.
  • the joint can be designed as a horizontal joint, as an expansion joint, in particular as a vertical or horizontal expansion joint, as a movement joint or as a pinch joint.
  • the plastering strip arrangement, first variant, and the plastering strip arrangement, second variant can be placed in the joint particularly quickly and easily on the construction site, namely by the plastering strip arrangement being pushed into the joint in such a way that the first plastering strip with its contact leg on the front face of the first building component and the second plaster strip with its contact leg on the front face of the second building component, which is opposite the front face of the first building component.
  • expansion strip in the plastering strip arrangement, first variant, or the two expansion strips in the plastering strip arrangement, second variant is/are already part of the plastering strip arrangement in the delivery state eliminates the need for a cumbersome and time-consuming introduction of an expansion strip prior attachment of the first plaster strip and a cumbersome and time-consuming subsequent installation of the second plastering strip.
  • the three attachment steps of attaching the first plastering strip, inserting the expansion strip, attaching the second plastering strip are thus replaced by a single work step: inserting the plastering strip arrangement as a whole.
  • the expansion strips in the case of the plastering strip arrangement, first variant, or the expansion strips and the intermediate plate, in the plastering strip arrangement, second variant, ensure that after loosening the compression means or the compression means, the expansion strips in the plastering strips -Arrangement, first variant, creates a seal on the opposing contact legs or that the two expansion strips, in the plastering strip arrangement, second variant, create a seal on the intermediate plate after releasing their compression means.
  • a reliable and permanent sealing of the joint is achieved by the expansion strip(s).
  • the holding means in the plastering strip arrangement, first variant, or the two holding means in the plastering strip arrangement, second variant can each be designed as a double-sided adhesive tape, in particular foam adhesive tape.
  • the two contact legs in particular the rear areas of the two contact legs, are thus fixed to one another by the double-sided adhesive tape.
  • the two contact legs, in particular the two rear areas of the contact legs are fixed to one another via the intermediate plate by the two double-sided adhesive tapes.
  • the holding means is also possible to design the holding means as a clip or as a loop.
  • the two contact legs in particular their rear areas, are fixed to one another by means of such a clip or loop.
  • a loop is understood to mean a flexible material section with larger dimensions than the distance between the two contact legs, which is in particular made of a softer plastic material than the base material of the two contact legs and is in particular extruded with them and fixes these two contact legs together.
  • the first holding means which fixes the first contact leg, in particular its rear area, to the intermediate plate and the holding means, which fixes the second contact leg, in particular its rear area, to the intermediate plate, can each be in Be formed in the form of a clip or a loop.
  • a first flexible material section is provided between the first contact leg, in particular its rear area, and the intermediate plate
  • a second flexible material section is provided between the second contact leg, in particular its rear area, and the intermediate plate.
  • a corresponding corrugated or rounded design of the loop holding means can allow a relative movement between the first and second contact leg, in particular when the joint is enlarged or reduced, for example due to temperature fluctuations, without the fixation by the holding means being lost.
  • the holding means permanently connects the contact legs to one another or that the holding means permanently connects the contact legs and the intermediate plate to one another.
  • the holding means or means should only ensure at least temporary fixation in the delivery state of the plastering strip arrangement, so that the plastering strip arrangement can be introduced into the joint as a whole. After that, the expansion strip or strips take over the actual sealing effect and ensure a reliable Joint sealing, even if the holding means or the holding means should detach from the respective bearing leg or the respective intermediate plate.
  • the expansion strips in the plastering strip arrangement, first variant, or the expansion strips in the plastering strip arrangement, second variant reliably assume a sealing function between the opposing contact legs in the plastering strip arrangement, first variant, or between the first/ second plastering leg and intermediate plate, in the plastering strip arrangement, second variant. Due to its/their distance reserve, a reliable and permanent seal between the two contact legs and thus between the two end faces of the building components is ensured even if the joint increases in size, in particular due to temperature fluctuations.
  • the expansion strip or expansion strips can each be designed as expansion strips with delayed expansion.
  • the fascia assembly has a simple construction with only four basic components: first and second fascia, retaining means and expansion strips. It can be produced inexpensively and is suitable for conventional joints.
  • the plasterboard assembly comprises seven basic components, namely first and second plasterboard, first and second holding means, first and second expansion strip and intermediate plate. It is particularly suitable for wider joints.
  • the expansion strip can protrude at least on one side over the first and second plastering strip, in the longitudinal direction, for reliable butt sealing.
  • the reinforcement fabric section can protrude at least on one side over the first and second plastering strip, for better plaster reinforcement in the joint area and for a lower risk of cracks in the plaster finish.
  • the first plastering strip is opposite the second plastering strip.
  • At least one of the two contact legs can have a step between a front contact section and a rear end section.
  • the rear end section can be located closer to the opposite plaster strip, in particular to its contact leg, than the front contact section.
  • the holding means can fix the rear end section of one of the two contact legs with the other stepless contact leg.
  • the holding means can fix the rear end sections of both contact legs to one another.
  • the retaining means can be made narrow.
  • the width of the holding means can correspond to the distance between the two rear end sections of the contact legs. If such a step is present, this distance is smaller than the distance between the front contact sections of the two contact legs.
  • At least one of the two plastering strips also has a removable protective tab which is connected to the rest of the base body of the plastering strip, in particular via a break-off material bridge.
  • the protective tab may extend outwardly from the outer end of a cleaning leg.
  • the protective flap can have a spacer bar directed towards the opposite plaster strip.
  • An adhesive strip can be provided on this removable, in particular strip-shaped protective flap, and a film can be attached to it, which covers the respective building component and protects it from dirt and damage during plastering. After plastering, this protective flap is removed from the rest of the plastering strip by cutting or breaking off and disposed of.
  • the first plastering strip is opposite the second plastering strip.
  • Both contact legs can have a step between a front contact section and a rear end section.
  • the rear end section can be located closer to the opposite contact leg than the front contact section.
  • both contact legs have a step between the front contact section and the rear end section, the rear end sections are located close to one another and the holding means can be made correspondingly narrow.
  • the intermediate plate extends from a rear end position between the rear ends of the contact legs to a front end position between the cleaning end legs.
  • both plastering strips also have a removable protective tab which is connected to the rest of the base body of the plastering strip, in particular via a break-off material bridge.
  • the protective tab may extend outwardly from the outer end of a cleaning leg. At its outer end region, the protective tab can have a spacer bar directed towards the opposite plaster strip.
  • both plastering strips have an identical shape and are arranged mirror-inverted to one another.
  • the mirror axis is formed in particular by the intermediate plate.
  • both plasterboards have an identical shape, they can also be produced in the same way, i.e. they can be extruded with the same extrusion device and then with the same holding means, with the same expansion strips and with the same reinforcing fabric, if each present, are provided, which enables a particularly cost-effective production of such a plaster strip arrangement.
  • the locking means is designed as a removable strip of material.
  • the strip of material can be snapped into place with a projection provided on the step of the abutment leg.
  • the strip of material can lie against an inner side of a cleaning leg or be connected to it or latched onto it.
  • the strip of material can have a gripping section protruding outwards beyond the end leg of the plaster, by means of which the strip of material can be removed from the rest of the base body of the plaster strip.
  • the material strip can have a stepped course.
  • the step can be arranged in particular on the end face of the plaster end leg facing towards the opposite plaster strip.
  • the gripping section can be covered by a/the protective flap.
  • the expansion strip integrated in the respective plastering strip is kept in the compressed state in the delivery state and in the installed state until the locking means is removed. Only after removing the same is the expansion strip converted into the state provided for the expansion, then expands in the direction of the opposite plaster strip and lays - in the plaster strip arrangement, first variant - on the opposite bearing leg of the opposite plaster strip or lays down - in the plaster strip arrangement, second variant - to the intermediate plate. In both cases a reliable and durable seal is provided.
  • the locking means designed in this way as a removable strip of material can be covered from the outside by the protective flap described above.
  • the protective tab and the locking means can be designed as an integrated strip of material, so that when the protective tab is removed together with the protective film that has been glued on, the expansion strip is also converted into the state released for expansion.
  • both for the plastering strip arrangement, first variant, and for the plastering strip arrangement, second variant at least one of the first and the second plastering strip has a plastering and front side rest leg for resting on the front surface of the first and second building component.
  • the plastering and front side support legs can each attach to the front end of the contact leg and/or be directed away from the opposite plaster strip and/or, in relation to the joint, be directed away and to the side, in particular from the front end of the contact leg be pointed away at a right angle.
  • the plastering and front-side support leg can be designed on its outside with a channel profile that increases the adhesion of the plaster layer.
  • the depth positioning of the plastering strip arrangement according to the invention with regard to the respective building component and, viewed overall, with regard to the joint is specified by the plastering and front-side support legs.
  • the respective plastering strip or the plastering strip arrangement with the two plastering strips is pushed into the joint until the plastering and front-side bearing leg rests on the front surface of the first or second building component.
  • the plastering strip arrangement is securely positioned both in the depth direction of the joint and in the direction perpendicular to the joint. Then plastering and finally bringing the expansion strip into the state released for expansion can take place.
  • At least one of the first and the second plastering strip has a plaster end leg to limit the plaster layer to be applied to the first or second building component.
  • the cleaning leg can be arranged as an extension of the contact leg.
  • the cleaning end leg can be arranged at an angle, in particular at a right angle or at an angle of 70 to 90°, to the plastering and front side support leg.
  • the cleaning leg can be designed with a step in the direction of the opposite plaster strip.
  • a U-shaped expansion strip receiving area can be formed by the step in the contact leg and by the step in the cleaning end leg.
  • the cleaning leg can be attached to its opposite
  • the side facing away from the plaster strip can be designed with a channel profile that increases the adhesion of the plaster layer.
  • the plaster end leg can form the plaster area together with the plaster and front side rest leg.
  • Such a plaster leg usually forms the natural boundary for the plaster to be applied.
  • the plaster is usually applied up to the end of the plaster.
  • a step in the plaster leg reduces the area of the joint between the two building components that is visible from the outside.
  • the step and the leg of plaster as well as the layer of plaster that reaches up to it overlap a little, seen from the outside, over the joint. After it has been applied, the plaster covers the plaster receiving space, so that the plaster strip is no longer visible from the outside after the plaster has been applied.
  • At least one of the first and the second plastering strip has a connector-receiving area for inserting a plug-in connector for connecting the plastering strip to an adjacent one plaster strip.
  • the connector receiving area can be arranged at the corner formed by the plaster end leg and the plaster and front side rest leg.
  • At least one of the first and the second plastering strip also has a reinforcing fabric section, which is attached to the plastering and front side bearing leg in particular by means of ultrasonic welding is fixed, and which extends in a direction parallel to the plastering and front-laying leg to the side, away from the opposing plasterboard.
  • Such a reinforcement fabric section is used to improve the adhesion of the plaster to the building component. Crack formations in the plaster layer can thus be safely avoided.
  • the reinforcement fabric consists of a glass mesh fabric.
  • the invention also relates to a building area with two first and second building components arranged next to one another, in particular aligned with one another, in particular masonry areas or insulating panels, and with a joint arranged between them with two opposite end faces; wherein a plaster strip arrangement, first variant or second variant, is sealingly placed in this joint
  • the joint of such a building area can be quickly and easily provided with a plastering strip arrangement according to the invention and is reliably and permanently sealed. Because the expansion strip or strips are already included in the plastering strip arrangement when delivered, installation in the joint of the building area is simplified considerably.
  • the plastering strip arrangement is placed in the joint in a sealing manner such that the first plastering strip with its contact leg, in particular with a front contact section thereof, on the front face of the first building component and the second plastering strip with its contact leg, in particular with a front abutment portion thereof, abut the face of the second building member.
  • the plastering strip arrangement can be placed in the joint in a sealing manner such that the plastering and front side bearing leg of the first plastering strip rests on the front surface of the first building component and the plaster and front side bearing leg of the second plastering strip lies on the front surface of the second building component.
  • the plastering strip arrangement according to the invention is thus securely positioned both in relation to the end faces and in relation to the front faces of both building components. Gaps or omissions are reliably avoided. A precise fit of the plastering strip arrangement according to the invention relative to the joint of the building area and thus a permanent and secure sealing of the joint is achieved.
  • the protective flap if originally present, and/or the removable strip of material, if originally present, has/have been removed.
  • the expansion strip can bear sealingly against the opposite bearing leg.
  • the first expansion strip and the second expansion strip can sealingly abut the intermediate plate.
  • the protective tab if originally present, and/or the removable strip of material, if originally present, can be removed.
  • the expansion strip or strips have been placed in the state released for expansion and seal the area between the two contact legs - in the plastering strip arrangement, first variant - and the area between the first contact leg and intermediate plate and between the second contact leg and intermediate plate - in the plastering strip -Arrangement, second variant - reliable off.
  • a first plaster layer is applied to the front surface of the first building component, which extends, penetrating the reinforcement fabric section of the first plastering strip and plastering the plastering and front-side bearing leg of the first plastering strip up to the plaster end leg of the first plastering strip .
  • a second layer of plaster can be applied to the front surface of the second building component, which extends, penetrating the reinforcing fabric section of the second plastering strip and plastering the plastering and front side support leg of the second plastering strip up to the plaster end leg of the second plastering strip.
  • the front surfaces of the two building components are thus securely plastered up to the plaster strips.
  • a cladding rail is also provided, which is applied to the plasterboard arrangement from the front and covers the joint as seen from the outside. This can be fastened to the plastering strip arrangement from the front, in particular clamped onto the plastering strip arrangement from the front, in particular clamped to at least one plastering strip or to the outer end of the intermediate plate.
  • the cladding rail can also be glued onto the plastering strip arrangement from the front, in particular glued onto at least one plastering strip or onto the outer end of the intermediate plate.
  • Such a plaster bead arrangement which is intended for sealing placement in a joint of an inside corner of a building, is also referred to as a plaster bead arrangement, third variant.
  • Such a plastering strip arrangement which is intended for sealing placement in a joint of an inner corner of a building, is also referred to below as a plastering strip arrangement, fourth variant.
  • the plastering strip arrangement, third variant largely corresponds to the plastering strip arrangement, first variant.
  • plastering strip arrangement largely corresponds structurally to the plastering strip arrangement, second variant.
  • the joint in which the plastering strip arrangement, third and fourth variant, is placed is at an inside corner of a building between a face of a first building component, in particular a masonry area or an insulating board, and a front face of a second building component, in particular a masonry area or a Insulation board provided.
  • the plastering strip arrangement is placed in the joint of the inner corner so that the first plastering strip rests with a contact leg on the front surface of the first building component and that the second plastering strip with a contact leg on the front surface of the second building component, the the face of the first building component opposite, rests.
  • This joint of the inner corner is also reliably and permanently sealed by the plastering strip arrangement according to the invention, third and fourth variant.
  • the attachment of the plastering strip arrangement according to the invention, third and fourth variant, in such a joint of an inner corner is also possible quickly and easily because the two plastering strips, in the third variant, or the two plastering strips and the intermediate plate, in the fourth variant, are fixed to one another by the holding means or means and cannot become detached from one another and because the expansion strips, in the third variant, or the expansion strips, in the third and fourth variants, are already part of the plasterboard arrangement in the delivery state and together with this in be introduced into the joint in one step and there is no need to introduce the first plastering strip, expansion strip and second plastering strip in separate steps.
  • the second plaster strip is designed with a continuous contact leg, the particular is executed without steps. This is intended with its back to rest against the face of the first building component.
  • the holding means fixes the rear areas of the first and the second plastering strip.
  • the area in front of the rear contact section of the contact leg of the second plastering strip is intended for the expansion strip of the first plastering strip to rest against it after it has been released into the state released for expansion and to create a reliable seal .
  • the front section of the contact leg of the second plastering strip can be so far forward that it protrudes over the joint when installed.
  • a reinforcing fabric section e.g. B. be provided with an ultrasonic weld.
  • a plastering projection can be provided there, which extends a little in the direction of the plastering strip located opposite. Due to the height of such a plaster projection, a plaster receiving space can be formed and an edge formed for the plaster layer to be applied, and the thickness of the plaster layer to be applied can thus be fixed.
  • a material weakening can be provided between the front section of the contact leg protruding from the joint and the section of the contact leg to be placed in the joint, by means of which the front area of the contact leg can be pivoted to adapt to non-rectangular building inside corner situations.
  • this plaster projection can cover the joint a little and thus form a visual cover.
  • the present invention also relates to a building area with a first building component, in particular a masonry area or an insulating panel, and with a second building component, in particular a masonry area or an insulating panel, which together form an inside corner, with a joint between an end face of the first building component and one of these face opposite front surface of the second building component; a plaster molding arrangement, third or fourth variant, being sealingly placed in this joint.
  • figure 1 shows a sectional view of a building area with two first and second insulation panels 2, 8 arranged next to one another and aligned with one another, with a joint 14 arranged in between and with a first plastering strip arrangement 16 placed in this joint 14, in which the first plastering strip 18 is still in its delivery state and the removable protective tab 42 and the removable strip of material 44 are still positioned on the first trim strip 18;
  • figure 2 shows the sectional view figure 1 , after removing the protective flap 42 and the material strip 44 from the first plastering strip 18 and after the expansion of the expansion strip 34 of the first plastering strip 18 has taken place.
  • the building area shown can be two insulation boards 2 and 8 arranged one above the other and a horizontal joint.
  • the two insulation boards 2 and 8 can be two insulation boards arranged next to one another and a vertical joint.
  • the building situation is taken as an example: two insulation panels 2 and 8 arranged next to one another with a vertical joint 14 arranged in between.
  • the two insulating panels 2 and 8 are arranged side by side in such a way that their front sides 6 and 12 lie in one plane and these are aligned with one another.
  • a first plastering strip arrangement 18 arranged, which comprises a first plastering strip 18 and a second plastering strip 20 which are fixed to one another by means of an adhesive strip 32 .
  • the two plaster strips 18 and 20 are opposite each other and each have a contact leg 22, 46, with which they rest on the respective end face 4 or 10 of the respective insulating board 2 or 8. They also have a plastering and front side resting leg 40, 50 which protrudes at right angles from the contact leg 22, 46 and rests on the front side 6, 12 of the respective insulating board 2, 8.
  • the contact leg 46 is straight.
  • the contact leg 22 is formed with a step 26 which is arranged between a front contact section 24 and a rear end section of the contact leg 22 .
  • the rear end section 28 is closer to the second plastering strip 20, in particular to its contact leg 46, than the front contact section 24.
  • the adhesive strip 32 fixes the rear end section of the first plastering strip 18 to the rear end section of the contact leg 46 of the second plastering strip 20.
  • the adhesive strip 32 can in particular be designed as a double-sided adhesive strip.
  • the first plastering strip 18 and the second plastering strip 20 also have a plaster end leg 36 or 48, which is arranged as an extension of the respective contact leg 22, 46 and protrudes forwards beyond the plane formed by the plaster front side rest leg 40 or 50 .
  • a plaster receiving space is formed by the upper side of the cleaning leg 36 and the front side of the plastering and front-side resting leg 40 of the first plastering strip 18 .
  • a plaster receiving space is formed by the underside of the cleaning end leg 48 and the front side of the plastering and front side resting leg 50 .
  • the plaster layer When plastering, the plaster layer is applied up to the front end of the plaster end leg 36 or 48, which thus forms a plaster pull-off edge for the plaster layer to be applied. Accordingly, the entire plaster receiving space is filled with a layer of plaster.
  • both the front of the plastering and front-side support leg 40, 50 and the top of the plaster end leg 36 or the underside of the plaster end leg 48 can be provided with a channel profile.
  • a reinforcement fabric section 54 is attached to the plastering and front-side support leg 40 by means of ultrasonic welding 56 and extends parallel to the front side 6 of the first insulating panel 2.
  • a reinforcing fabric section 54 is attached to the plastering and front-side support leg 50 by means of ultrasonic welding 56 attached and extends parallel to the front side 12 of the second insulating board 8.
  • the cleaning end leg 36 of the first plastering strip 18 is formed with a step 38 in the direction of the opposite plastering strip 20 .
  • a U-shaped expansion strip receiving area is formed by the step 26 in the contact leg and by the step 38 in the cleaning end leg 36 .
  • An expansion strip 34 is glued with its upper side to the front contact section 24 of the contact leg 22 of the first plastering strip 18 and is held in a compressed state in the delivery state of the first plastering strip 18 and the entire plastering strip arrangement 16 by a locking means.
  • This locking means is in the form of a removable material strip 44 in the case of the first plastering strip 18 .
  • the rear end of the removable material strip 44 latches with a projection 30 provided on the step 26 of the contact leg 22 and is connected to the front end of the cleaning end leg 36 via a material bridge.
  • the removable strip of material 44 has a containment wall extending straight from the latching end on the boss 30 at the step 26 to the bridge of material at about the front end of the cleaning tail leg 36, and a slightly stepped down and from the front Gripping portion projecting forward at the end of the containment wall, by means of which the strip of material 44 can be gripped and removed from the remainder of the base body of the first plastering strip 18 by pulling outwards.
  • the first plastering strip 18 has a strip-shaped, removable protective tab 42, on the top of which an adhesive layer can be provided to which a protective film can be attached, which protects the area behind it from dirt and damage during the plastering process.
  • This strip-shaped, removable protective flap 42 is connected to the front end of the cleaning end leg 36 via a material bridge and extends outwards from it.
  • the protective tab 42 in the form of a strip can cover the gripping section of the strip of material 44 when viewed from above.
  • the plastering end leg 48 is arranged at an angle, in particular at an angle of 70 to 90°, to the plastering and front side resting leg 50 .
  • a connector receiving area 52 is provided in the second plastering strip 20 .
  • This connector receiving area 52 is arranged at the corner formed by the plastering end leg 48 and the plastering and front side resting leg 50 .
  • the procedure is such that a plastering strip arrangement is first fixed, then the plug connector is introduced into the plug connector receiving area 52 from the side, in the case of a horizontal joint, or from above or below, in the case of a vertical joint. Then the plastering strip arrangement adjoining this side is attached to the already fixed plastering strip arrangement from the side, in the case of a horizontal joint, or from above or below, in the case of a vertical joint, with the protruding connector end region being pushed into its connector receiving area positioned and fixed.
  • first a first plastering strip arrangement 16 is pushed into the joint 14 so that it rests with its contact legs 22, 24 and 46 on the end faces 4 and 10 of the two insulating boards 2 and 8 rests and rests with its plastering and front side resting legs 40 and 50 on the front sides 6 and 12 of the insulating panels 2 and 8.
  • plastering takes place, whereby a base coat of plaster/fabric filling and a top coat of plaster can be used, as shown in figure 1 is indicated by the different shades of gray of the plaster layer 58.
  • the top coat of plaster is applied in particular in such a way that it extends to the end of the plaster end leg 36 or 48 .
  • the protective tab 42 and the removable material strip 44 are then removed, whereby the locked-in state of the expansion strip 34 is released, the expansion strip 34 expands and rests against the opposite contact leg 46 of the second plastering strip 20 .
  • figure 3 3(a) shows a side view of a second plastering strip arrangement 60 in which the removable protective tab 42 and the removable material strip 44 are still arranged on the plastering strip 62, 64 in both the first and the second plastering strip 62, 64 and the expansion strip 34 is still in its locked state, respectively; and by its partial Figure 3(b), the second cowl assembly 60, after removal of the protective tab 42 and strip of material 44 from the first and second cowl 62, 64 and after expansion of the expansion strips 34.
  • figure 4 shows a sectional view of a building area with two insulation panels 2 and 8 arranged next to one another and a gap 14 arranged between them, in which the second plastering strip arrangement 60 is placed.
  • the second plasterboard assembly 60 from figure 3 comprises a first plastering strip 62, a second plastering strip 64, an intermediate plate 66, a first adhesive strip 68 which fixes the first plastering strip 62 to the intermediate plate 66, and a second adhesive strip 70 which fixes the second plastering strip 64 to the intermediate plate 66.
  • the first plastering strip 62 and the second plastering strip 64 of the second plastering strip arrangement 60 are identical in shape and structure to the first plastering strip 18 of the first plastering strip arrangement 16 from FIGS figures 1 and 2 .
  • the second plastering strip 64 in the second plastering strip arrangement 60 is merely arranged as a mirror image of the first plastering strip 62 , the mirror axis being formed by the intermediate plate 66 .
  • the intermediate plate 66 extends from a rear end position between the rear ends of the contact legs 22 to a front end position between the cleaning end legs 36.
  • the first adhesive strip 68 which is embodied in particular as a double-sided adhesive strip, fixes the rear end section 28 of the first plastering strip 62 to the rear end section of the intermediate plate 66.
  • the second adhesive strip 70 which is embodied in particular as a double-sided adhesive strip, fixes the rear End section 28 of the second plastering strip 64 with the rear end section of the intermediate plate 66.
  • the middle to front area of the intermediate plate 66 is arranged between the two expansion strips 34 of the first and second trim strip 62,64. After removing the strip of material 44 and the protective tabs 42 from the two plasterboards 62 and 64, the two expansion strips 34 expand and create a seal against the intermediate plate 66, as shown in FIGS figures 3(b) and 4 is easy to see.
  • the second cowl assembly 60 is shown in the fully installed and plastered condition, after the strips of material 44 and protective tabs 42 have been removed and the expansion strips 34 so positioned have expanded so that they rest sealingly against the intermediate plate 66 from both sides.
  • the plaster layer in particular with fabric filling/base plaster layer and top plaster layer 58, has been applied to the insulation panels 2 and 8 from the outside and extends to the plaster end leg 36, 48 of the two plaster strips 62, 64.
  • the second plastering strip arrangement 60 has a cladding rail 72, which has a cover plate and a U-shaped, inwardly directed receptacle, by means of which the cladding rail 72 is pushed from the outside onto the outer end of the intermediate plate 66 and is thus clamped on it.
  • the joint 14 is permanently and reliably sealed and protected against the ingress of moisture or moisture by means of the second plastering strip arrangement 60 .
  • figure 5 14 is a side view of a third cowl assembly 74 as shipped with the removable protective tab 42 and removable strip of material 44 still attached to the second cowl 64 and with the expansion strip 34 still in the locked condition.
  • figure 6 shows a horizontal section of a building area with a first insulating panel 90 and a second insulating panel 98, which together form an inside corner 88, with a joint 102 between the front face 64 of the first insulating panel 90 and the opposite front face 100 of the second insulating panel 98, with the third plasterboard -Arrangement 74 is placed sealingly in this joint 100.
  • the third plastering strip arrangement 74 comprises a first plastering strip 76 and a second plastering strip 64.
  • the shape and structure of the second plastering strip 64 correspond to the shape and structure of the second plastering strip 64 of the second plastering strip arrangement 60 from the Figures 3 and 4 . Identical elements are identified by the same reference symbols and will not be explained again. In the illustration of the second plastering strip 64, the front gripping section of the removable material strip 44 and the strip-shaped protective flap 42 are only shown slightly pivoted.
  • the first plastering strip 76 has a straight contact leg 78 which lies opposite the contact leg 22 of the second plastering strip 64 .
  • the contact leg 78 of the first plastering strip 76 is provided with a material weakening 80. This allows the front end of the abutment leg 78 to pivot with respect to the middle and rear ends of the abutment leg 78 .
  • a reinforcing fabric section 84 is in turn attached to the front end of the contact leg 78 by means of ultrasonic welding 86 . This extends in the same direction as the front end of the contact leg 78.
  • a plastering projection 82 is formed on the first plastering strip 76, which extends a little from the plane of the contact leg 78 in the direction opposite second plastering strip 64 extends towards.
  • This plastering projection 82 is in the third plastering strip arrangement 74 in the figures 5 and 6 seen from the side approximately rectangular or square, wherein the rectangle or the square is rotated by 45 ° with respect to the plane formed by the contact leg 78 / are.
  • This plastering projection 82 forms a plaster receiving space with the section of the contact leg 78 located in front of it.
  • the third plastering strip arrangement 74 is now not intended for an installation situation in a joint between two flush building components, as is the case for the first and the second plastering strip arrangement 16, 60.
  • the third plastering strip arrangement 74 is intended for an installation situation on an inner corner of a building, as shown in FIG figure 6 is easy to see.
  • Figure 8 shows an inside corner 88 of a building with a first insulation board 90 and a second insulation board 98 arranged at right angles to one another.
  • a joint 102 is formed between the end face 92 of the first insulating board 90 and the front face 100 of the second insulating board 98 lying opposite this end face 92 .
  • the third plastering strip arrangement 74 is introduced into this joint 102 in such a way that the first plastering strip 76 rests with its contact leg 78 on the front surface 100 of the second insulating panel 98, that the second plastering strip 64 with its front contact section 24 of its contact leg 22 on the Face 92 of the first insulating board 90 rests, and that the second plastering strip 64 rests with its plastering and front side rest leg 40 on the front side 94 of the first insulating board 90.
  • the adhesive strip 32 ensures that the plastering strip arrangement 74 can be inserted as a whole into the joint 100 and the insertion of the two strips one after the other, which is cumbersome and expensive, is avoided.
  • the plaster layer 96 is applied, in particular the fabric filling/base plaster layer is applied, penetrating the reinforcing fabric 54, and the subsequent application of the top plaster layer.
  • the plaster layer 96 on the first insulating panel 90 is applied up to the plaster stripping edge, which is formed by the end of the plaster end leg 36 .
  • the plaster layer 96 on the second insulating panel 98 is applied up to a plaster stripping edge, which is defined by the end of the plaster projection 82 .
  • a foil can be attached to the strip-shaped protective flap 42 and this foil can span the second insulating panel 98 and thus protect it from contamination or damage when the plaster layer 96 is applied to the first insulating panel 90.
  • the strip-shaped protective tab 42 and/or the strip of material 44 can be removed.
  • the expansion strip 34 from its locked state in the triggered state spent.
  • the expansion strip 34 then expands and lies against the contact leg 78 of the first plastering strip 76 in a sealing manner.
  • the joint 102 is reliably and permanently sealed and protected against the ingress of moisture or moisture.

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Building Environments (AREA)
  • Finishing Walls (AREA)

Claims (15)

  1. Agencement de baguettes à crépissage (16) destiné au placement étanchéifiant dans un joint (14) entre deux surfaces frontales (4, 10) opposées de premier et deuxième composants de bâtiment (2, 8) juxtaposés, en particulier en alignement entre eux, en particulier zones de maçonnerie ou panneaux isolants, comportant :
    une première baguette à crépissage (18) ayant une branche d'appui (22) pour l'appui contre la surface frontale (4) du premier composant de bâtiment (2) ; et
    une deuxième baguette à crépissage (20) ayant une branche d'appui (46) pour l'appui contre la surface frontale (10) du deuxième composant de bâtiment (8) opposée à la surface frontale (4) du premier composant de bâtiment (2) ;
    cependant qu'un ruban d'expansion (34) est attaché à une des deux branches d'appui (22), en particulier collé à cette dernière ;
    caractérisé en ce que
    un moyen de maintien (32) est prévu, lequel fixe l'une à l'autre les deux branches d'appui (22, 46), en particulier est attaché aux zones arrières (28, 46) des branches d'appui ;
    le ruban d'expansion (34) est maintenu dans un état comprimé par un moyen d'enfermement (44), et
    le ruban d'expansion (34) est tel qu'il se dilate après l'ouverture du moyen d'enfermement (44) et vient en appui de manière étanchéifiante contre la branche d'appui (46) opposée.
  2. Agencement de baguettes à crépissage (16) selon la revendication 1,
    cependant que la première baguette à crépissage (18) est opposée à la deuxième baguette à crépissage (20) ;
    cependant qu'au moins une des deux branches d'appui (22) comporte un gradin (26) entre une section avant d'appui (24) et une section arrière d'extrémité (28), et/ou
    cependant que la section arrière d'extrémité (28) est plus proche de la baguette à crépissage (20) opposée, en particulier de sa branche d'appui (46), que la section avant d'appui (24) ; et/ou
    cependant que le moyen de maintien (32) fixe la section arrière d'extrémité (28) d'une des deux branches d'appui (22) à l'autre branche d'appui (46) qui est réalisée sans gradin, ou cependant que le moyen de maintien fixe l'une à l'autre les sections arrières d'extrémité des deux branches d'appui.
  3. Agencement de baguettes à crépissage (16) selon la revendication 1 ou 2,
    cependant qu'au moins une des deux baguettes à crépissage (18) comporte en outre une languette de protection (42) enlevable qui est reliée au corps de base restant de la baguette à crépissage (18), en particulier par l'intermédiaire d'un pont de matière destiné à la rupture, et/ou
    cependant que la languette de protection (42) s'étend depuis l'extrémité extérieure d'une branche d'extrémité de crépi (36) vers l'extérieur ; et/ou
    cependant que la languette de protection (42) comporte à sa zone extérieure d'extrémité une bride d'espacement dirigée vers la baguette à crépissage (20) opposée.
  4. Agencement de baguettes à crépissage (60) destiné au placement étanchéifiant dans un joint (14) entre deux surfaces frontales (4, 10) opposées de premier et deuxième composants de bâtiment (2, 8) juxtaposés, en particulier en alignement entre eux, en particulier zones de maçonnerie ou panneaux isolants, comportant :
    une première baguette à crépissage (62) ayant une branche d'appui (22) pour l'appui contre la surface frontale (4) du premier composant de bâtiment (2) ; et
    une deuxième baguette à crépissage (64) ayant une branche d'appui (22) pour l'appui contre la surface frontale (10) du deuxième composant de bâtiment (8) opposée à la surface frontale (4) du premier composant de bâtiment (2) ; et
    cependant qu'un premier ruban d'expansion (34) est attaché à la branche d'appui (22) de la première baguette à crépissage (62), en particulier collé ;
    caractérisé en ce que
    une plaque intermédiaire (66) agencée entre la branche d'appui (22) de la première baguette à crépissage (62) et la branche d'appui (22) de la deuxième baguette à crépissage (64) est attachée au moyen d'un premier moyen de maintien (68) à la première baguette à crépissage (62), en particulier à une zone arrière (28) de sa branche d'appui (22), et est attachée au moyen d'un deuxième moyen de maintien (70) à la deuxième baguette à crépissage (64), en particulier à une zone arrière (28) de sa branche d'appui (22) ;
    le premier ruban d'expansion (34) est maintenu dans un état comprimé par un moyen d'enfermement (44) ; et
    le premier ruban d'expansion (34) est tel qu'il se dilate après l'ouverture du moyen d'enfermement (44) et vient en appui de manière étanchéifiante contre la plaque intermédiaire (66) ;
    un deuxième ruban d'expansion (34) est attaché à la branche d'appui (22) de la deuxième baguette à crépissage (64), en particulier collé, et est maintenu dans un état comprimé par un moyen d'enfermement (44) ; et
    le deuxième ruban d'expansion (34) est tel qu'il se dilate après l'ouverture du moyen d'enfermement (44) et vient en appui de manière étanchéifiante contre la plaque intermédiaire (66).
  5. Agencement de baguettes à crépissage (60) selon la revendication 4,
    cependant que la première baguette à crépissage (62) est opposée à la deuxième baguette à crépissage (64) ;
    cependant que les deux branches d'appui (22) comportent un gradin (26) entre une section avant d'appui (24) et une section arrière d'extrémité (28),
    et/ou
    cependant que la section arrière d'extrémité (28) est plus proche de la baguette à crépissage (22) opposée que la section avant d'appui (24) ;
    et/ou
    cependant que la plaque intermédiaire (66) s'étend depuis une position arrière d'extrémité entre les extrémités arrières des branches d'appui (22) vers une position avant d'extrémité entre les branches d'extrémité de crépi (36).
  6. Agencement de baguettes à crépissage (60) selon la revendication 4 ou 5,
    cependant que les deux baguettes à crépissage (62, 64) comportent en outre une languette de protection (42) enlevable qui est reliée au corps de base restant de la baguette à crépissage (62, 64), en particulier par l'intermédiaire d'un pont de matière destiné à la rupture, et/ou
    cependant que la languette de protection (42) s'étend depuis l'extrémité extérieure d'une branche d'extrémité de crépi (36) vers l'extérieur ; et/ou
    cependant que la languette de protection (42) comporte à sa zone extérieure d'extrémité une bride d'espacement dirigée vers la baguette à crépissage (62, 64) opposée ; et/ou
    cependant que les deux baguettes à crépissage (62, 64) ont une configuration identique et sont agencées en symétrie inversée l'une par rapport à l'autre ; et/ou
    cependant que l'axe de symétrie est constitué par la plaque intermédiaire (66).
  7. Agencement de baguettes à crépissage (16; 60) selon une des revendications précédentes,
    cependant que le moyen d'enfermement est réalisé sous forme de ruban de matériau (44) enlevable ; et
    cependant que le ruban de matériau (44) est d'une part encliqueté avec la branche d'appui (22), en particulier avec une avancée (30) prévue au gradin (26) de la branche d'appui (22) ; et
    cependant que le ruban de matériau (44) est d'autre part en appui à une branche d'extrémité de crépi, en particulier à un côté intérieur de la branche d'extrémité de crépi (36) ou y est attaché ou encliqueté.
  8. Agencement de baguettes à crépissage (16; 60) selon une des revendications précédentes, cependant qu'au moins une de la première et de la deuxième baguette à crépissage (18, 20; 62, 64) comporte une branche de pose pour incorporation au crépissage et pour faces frontales (40, 50; 40, 40) pour la pose sur la surface antérieure (6, 12) du premier ou du deuxième composant de bâtiment (2, 8) ;
    et/ou
    cependant qu'au moins une de la première et de la deuxième baguette à crépissage (18, 20; 62, 64) comporte une branche d'extrémité de crépi (36) pour la limitation de la couche de crépi à appliquer sur le premier ou le deuxième composant de bâtiment (2, 8).
  9. Agencement de baguettes à crépissage (16; 20) selon une des revendications précédentes, cependant qu'au moins une de la première et de la deuxième baguette à crépissage (18, 20; 62, 64) comporte une zone de réception de raccord à fiche (52) pour l'insertion d'un raccord à fiche pour la liaison de la baguette à crépissage (18, 20; 62, 64) avec une baguette à crépissage juxtaposée.
  10. Zone de bâtiment ayant deux premier et deuxième composants de bâtiment (2, 8) juxtaposés, en particulier en alignement entre eux, en particulier zones de maçonnerie ou panneaux isolants, et ayant entre ces derniers un joint (14) présentant deux surfaces frontales (4, 10) opposées ;
    cependant qu'un agencement de baguettes à crépissage (16; 60) selon une des revendications précédentes est placé de manière étanchéifiante dans ce joint (14).
  11. Zone de bâtiment selon la revendication 10,
    cependant que l'agencement de baguettes à crépissage (16; 60) est placé de manière si étanchéifiante dans le joint (14) que la première baguette à crépissage (18; 62), par sa branche d'appui (22), en particulier par une section avant d'appui (24) de cette dernière, est en appui contre la surface frontale (4) du premier composant de bâtiment (2), et la deuxième baguette à crépissage (20; 64), par sa branche d'appui (46; 22), en particulier par une section avant d'appui (24) de cette dernière, est en appui contre la surface frontale (10) du deuxième composant de bâtiment (8) ; et/ou
    cependant que l'agencement de baguettes à crépissage (16; 60) est placé de manière si étanchéifiante dans le joint (14) que la branche de pose pour incorporation au crépissage et pour faces frontales (40) de la première baguette à crépissage (18, 62) est posée sur la surface antérieure (6) du premier composant de bâtiment (2), et la branche de pose pour incorporation au crépissage et pour faces frontales (50; 40) de la deuxième baguette à crépissage (20; 64) est posée sur la surface antérieure (12) du deuxième composant de bâtiment (8).
  12. Zone de bâtiment selon la revendication 10 ou 11,
    cependant que la languette de protection (42), dans la mesure où il y en a une à l'origine, et le ruban de matériau (44), dans la mesure où il y en a un à l'origine, a/ont été enlevé(s), et
    cependant que le ruban d'expansion (34) est en appui de manière étanchéifiante contre la branche d'appui (22) opposée ; ou
    cependant que le premier ruban d'expansion (34) et le deuxième ruban d'expansion (34) sont en appui de manière étanchéifiante contre la plaque intermédiaire (66) ;
    et/ou
    cependant qu'une première couche de crépi (58) est appliquée sur la surface antérieure (6) du premier composant de bâtiment (2), s'étendant jusqu'à la branche d'extrémité de crépi (36) de la première baguette à crépissage (18; 62), en étant pénétrée par la section de tissu d'armature (54) de la première baguette à crépissage (18; 62), et la branche de pose pour incorporation au crépissage et pour faces frontales (40), de la première baguette à crépissage (18; 62), étant incorporée au crépissage ; et
    cependant qu'une deuxième couche de crépi (58) est appliquée sur la surface antérieure (12) du deuxième composant de bâtiment (8), s'étendant jusqu'à la branche d'extrémité de crépi (48; 34) de la deuxième baguette à crépissage (18; 62), en étant pénétrée par la section de tissu d'armature (54) de la deuxième baguette à crépissage (20; 64), et la branche de pose pour incorporation au crépissage et pour faces frontales (50; 40), de la deuxième baguette à crépissage (18; 62), étant incorporée au crépissage;
    et/ou
    comportant en outre une glissière de revêtement (72) attachée par l'avant à l'agencement de baguettes à crépissage (60), et/ou
    cependant que la glissière de revêtement (72) est fixée par coincement par l'avant sur l'agencement de baguettes à crépissage (60), en particulier fixée par coincement à au moins une baguette à crépissage ou à l'extrémité extérieure de la plaque intermédiaire (66) ; ou
    cependant que la glissière de revêtement (72) est collée par l'avant sur l'agencement de baguettes à crépissage (60), en particulier collée à au moins une baguette à crépissage ou à l'extrémité extérieure de la plaque intermédiaire (66).
  13. Agencement de baguettes à crépissage destiné au placement étanchéifiant dans un joint d'un angle intérieur entre une surface frontale d'un premier composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, et une surface frontale d'un deuxième composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, comportant :
    une première baguette à crépissage (18) ayant une branche d'appui (22) pour l'appui contre la surface frontale (4) du premier composant de bâtiment (2) ; et
    une deuxième baguette à crépissage ayant une branche d'appui pour l'appui contre la surface frontale du deuxième composant de bâtiment opposée à la surface frontale du premier composant de bâtiment ;
    cependant qu'un ruban d'expansion (34) est attaché à une des deux branches d'appui (22), en particulier collé à cette dernière ;
    caractérisé en ce que
    un moyen de maintien (32) est prévu, lequel fixe l'une à l'autre les deux branches d'appui (22), en particulier est fixé aux zones arrières (28) des branches d'appui ;
    le ruban d'expansion (34) est maintenu dans un état comprimé par un moyen d'enfermement (44), et
    le ruban d'expansion (34) est tel qu'il se dilate après l'ouverture du moyen d'enfermement (44) et vient en appui de manière étanchéifiante contre la branche d'appui (46) opposée.
  14. Agencement de baguettes à crépissage destiné au placement étanchéifiant dans un joint d'un angle intérieur entre une surface frontale d'un premier composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, et une surface frontale d'un deuxième composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, comportant :
    une première baguette à crépissage ayant une branche d'appui pour l'appui contre la surface frontale du premier composant de bâtiment ; et
    une deuxième baguette à crépissage ayant une branche d'appui pour l'appui contre la surface frontale du deuxième composant de bâtiment opposée à la surface frontale du premier composant de bâtiment ; et
    cependant qu'un premier ruban d'expansion est attaché à la branche d'appui de la première baguette à crépissage, en particulier collé ;
    caractérisé en ce que
    une plaque intermédiaire est agencée entre la branche d'appui de la première baguette à crépissage et la branche d'appui de la deuxième baguette à crépissage et est attachée au moyen d'un premier moyen de maintien à la première baguette à crépissage, en particulier à une zone arrière de sa branche d'appui, et est attachée au moyen d'un deuxième moyen de maintien à la deuxième baguette à crépissage, en particulier à une zone arrière de sa branche d'appui, en particulier collée ;
    le premier ruban d'expansion est maintenu dans un état comprimé par un moyen d'enfermement ; et
    le premier ruban d'expansion est tel qu'il se dilate après l'ouverture du moyen d'enfermement et vient en appui de manière étanchéifiante contre la plaque intermédiaire ;
    un deuxième ruban d'expansion est attaché, en particulier collé, à la branche d'appui de la deuxième baguette à crépissage, et est maintenu dans un état comprimé par un moyen d'enfermement ; et
    le deuxième ruban d'expansion est tel qu'il se dilate après l'ouverture du moyen d'enfermement et vient en appui de manière étanchéifiante contre la plaque intermédiaire.
  15. Zone de bâtiment comprenant un premier composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, et un deuxième composant de bâtiment, en particulier une zone de maçonnerie ou un panneau isolant, qui constituent conjointement un angle intérieur, avec un joint entre une surface frontale du premier composant de bâtiment et une surface antérieure, du deuxième composant de bâtiment, opposée à cette surface frontale ;
    cependant qu'un agencement de baguettes à crépissage selon la revendication 13 ou 14 est placé de manière étanchéifiante dans ce joint.
EP19167218.7A 2018-06-21 2019-04-04 Agencement de profilé de plâtre pour étanchéifier un joint Active EP3587701B1 (fr)

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DE202018103502.9U DE202018103502U1 (de) 2018-06-21 2018-06-21 Anputzleisten-Anordnung

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Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1997004197A1 (fr) * 1995-07-24 1997-02-06 August Braun Assortiment d'equerres en matiere plastique pour l'industrie du batiment
EP1327731A1 (fr) * 2002-01-14 2003-07-16 FELS-WERKE GmbH Façade
DE202009002918U1 (de) * 2009-03-02 2010-07-22 Lehrhuber, Konrad Dichtvorrichtung zur Fugenabdichtung zwischen zwei Bauteilen
AT516814B1 (de) 2015-02-12 2018-05-15 AF Tec Beteiligungs GmbH Dehnfugenprofil
AT15354U1 (de) * 2016-08-08 2017-07-15 Christian Mick Mag Anschlussprofilleiste

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