PL138820B1 - Apparatus for securing facade facing elements to outer walls of a building - Google Patents

Apparatus for securing facade facing elements to outer walls of a building Download PDF

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Publication number
PL138820B1
PL138820B1 PL1982236947A PL23694782A PL138820B1 PL 138820 B1 PL138820 B1 PL 138820B1 PL 1982236947 A PL1982236947 A PL 1982236947A PL 23694782 A PL23694782 A PL 23694782A PL 138820 B1 PL138820 B1 PL 138820B1
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PL
Poland
Prior art keywords
building
external wall
flat
fastening
fixing
Prior art date
Application number
PL1982236947A
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Polish (pl)
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PL236947A1 (en
Inventor
Peter Wagner
Original Assignee
Peter Wagner
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Application filed by Peter Wagner filed Critical Peter Wagner
Publication of PL236947A1 publication Critical patent/PL236947A1/en
Publication of PL138820B1 publication Critical patent/PL138820B1/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F13/00Coverings or linings, e.g. for walls or ceilings
    • E04F13/07Coverings or linings, e.g. for walls or ceilings composed of covering or lining elements; Sub-structures therefor; Fastening means therefor
    • E04F13/08Coverings or linings, e.g. for walls or ceilings composed of covering or lining elements; Sub-structures therefor; Fastening means therefor composed of a plurality of similar covering or lining elements
    • E04F13/0801Separate fastening elements
    • E04F13/0803Separate fastening elements with load-supporting elongated furring elements between wall and covering elements
    • E04F13/0805Separate fastening elements with load-supporting elongated furring elements between wall and covering elements with additional fastening elements between furring elements and the wall

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Finishing Walls (AREA)
  • Electrical Discharge Machining, Electrochemical Machining, And Combined Machining (AREA)
  • Joining Of Building Structures In Genera (AREA)

Abstract

1. Fastening device for fastening facade elements to the external wall (1) of building, in which flat connecting element (11), standing at an angle to the external wall (1) of the building and connected with the external wall (1) via a screw (3) or similar lies flat against a correspondingly angled flat mounting rib (16) of the facade element and is connectable with the mounting rib (16) by means of usual connecting means, characterised in that a fastening element (5) with two legs (7) is secured to the external wall (1) of the building by means of the screw (3) or similar, which legs are essentially arranged in one axis with the fixing point (3), and in that the flat connecting element (11) is connected with the two legs (7).

Description

Przedmiotem wynalazku jest urzadzenie do mocowania elementów elewacji do zewnetrznej scia¬ ny budynku, w którym plaska czesc laczaca, odstajaca pod katem od zewnetrznej sciany budynku i z ta sciana polaczona ze pomoca wkreta lub podobnego elementu, przylega plasko dc odpowied¬ nio pod katem ustawionej listwy mocujacej elementu elewacji i moze byc tradycyjnymi srodkami laczacymi polaczona z listwa mocujacai Znane jest z opisu wylczenlowego RFN nr DE-OS 28 24 902 urzadzenie do mocowania, w którym plaska czesc laczaca stanowi czesc katownika, którego ramie przylega plasko do zewnetrznej sciany budynku, 1 jest zamocowane za pomoca polaczenia srubowo-kolkowego do zewnetrznej sciany budynku* Wiadomo jest, ze urzadzenie do mocowania isusi mlec takie wymiary, zeby plyty elewacji polaczone poprzez listwe mocujaca z urzadzeniem do mocowania byly przytrzymywane w sposób bez¬ pieczny -przy wszystkich wystepujacych obciazeniach* Zasadniczymi obciazeniami, które nalezy uwzglednic, jest tak zwane •odrywanie i odciskanie wiatrem*, wytwarzajacymi sily ciagnace lub dociskajace, przechodzace z plyty elewacji na zewnetrzna sciane budynku* V znanym urzadzeniu do mocowania, aily te przenoszone sa za posrednictwem plaskiej czesci laczacej ramie przyle¬ gajace do zewnetrznej sciany budynku, i za posrednictwem wkretu mocujacego to ramie sa przeno¬ szone do zetmetrznej sciany budyniu.Przy takim ekscentrycznym przenoszeniu sily do zewnetrznej sciany budynku powstaje do¬ datkowy aoment obrotowy, a ze stosunka dlugosci ramion dzwigni powstaje przy kolku sila dzia¬ lajaca ns. kolek prawie dwukrotnie wiefcsgs od obciazenia wywolanego przez wiatr, ftrzy oblicze¬ niach trzeba uwzglednic te zwieksz ae sily ^rzaz odpowiednie zaprojektowanie urzadzenia do mo¬ cowania, wzglednie przez zwieszenie llczbf urzadzen do mocowania przypadajacych na jednostke powierzchni elewacji* na skutek cz&go znacznie wzrastaja &osz.ty konstrukcji przytrzymujacej elewacje*2 138 820 Celem wynalazku Jest opracowanie konstrukcji urzadzenia do mocowania, w którym przenosi sie w sposób korzystniejszy sily do zewnetrznej sciany budynku, przez co mozna zmniejszyc kosz¬ ty konstrukcji przytrzymujacej elewacje.Istota wynalazku polega na tym, ze element mocujacy ma dwa rozchodzace sie skosnie ramio* na ze szczelinami, do których wchodza wystepy plaskiej czesci laczacej, przy czym wystepy od¬ powiadaja szerokoscia szczelinom i posiadaja nachylenie, które zasadniczo odpowiada nachyleniu ramion elementu mocujacego* Przy zastosowaniu urzadzenia do mocowania wedlug wynalazku sila mocujaca na skutek obcia¬ zen wywolanych odrywaniem i naciskiem wiatru jest przenoszona centrycznie przez wkret lub po¬ dobny element mocujacy do zewnetrznej sciany budynku* V zwiazku z tym sily powstajace w znanych urzadzeniach do mocowania na skutek dzialania sil na ramionach dzwigni, nie wystepuja w urza¬ dzeniu do mocowania wedlug wynalazku* Urzadzenie do mocowania wedlug wynalazku ma ponadto te zalete, montaz jest w tym przypadku nieskomplikowany i obsluga niezwykle prosta* Mozna równiez zrealizowac centryczne przenoszenie sily przez, wykonanie znanego urzadzenia nie z katownika, lecz z teownlka i zastosowanie wkretu z kazdej strony plaskiej czesci lacza¬ cej* Jednak tego rodzaju rozwiazanie mialoby powazne wady, poniewaz wedlug odpowiednich prze¬ pisów budowlanych nalezy zachowac pewna minimalna odleglosc pomiedzy dwoma kolkami zamontowa¬ nymi w jednej zewnetrznej scianie budynku, na skutek czego urzadzenie do mocowania byloby wzglednie duze* Ponadto wkrety musza byc wykonane z materialu odpornego na korozje, na skutek czego one same w porównaniu z urzadzeniem do mocowania stanowilyby nie mogacy byc pomijany czynnik skladowy kosztów* Z tego powodu dazy sie do zamocowania urzadzenia do mocowania do zewnetrznej sciany budynku jednym wkretem lub podobnym elementem mocujacym* A zadosc temu da¬ zeniu spelnia urzadzenie wedlug wynalazku* Montaz urzadzenia do mocowania jest bardzo prosty, gdy'ramiona rozchodza sie rozbieznie od zewnetrznej sciany budynku* V tym przypadku wystepy plaskiej czesci laczacej wchodza w nie¬ co sprezynujace ramiona* Ten montaz mozna przeprowadzic zarówno jako montaz wstepny przed do¬ stawa w miejsce budowy, jak tez bezposrednio na miejscu budowy, po zamocowaniu elementu mocu¬ jacego do zewnetrznej sciany budynku* Urzadzenia do mocowania konstrukcji przytrzymujacej elewacje podlegaja ograniczeniom cenowym* Z tego powodu warto wykonywac urzadzenia do mocowania, o ile to mozliwe, z ksztal¬ towników o dowolnej nieograniczonej dlugosci* Bez trudnosci mozna to zastosowac do elementu mocujacego, poniewaz mozna wykonac go z ksztaltownika o dowolnej nieograniczonej dlugosci z oboma ramionami, z którego trzeba tylko przyciac na miare elementy mocujace* Urzadzenie do mocowania wedlug wynalazku posiada ponadto te zalete, ze równiez plaska czesc laczaca mozna wykonac z tasmy o dowolnej nieograniczonej dlugosci, poniewaz mozna ja wykonac z kawalka plaskiego metalu. Z tego powodu Jest bardzo korzystnym, jezeli wystepy sa wykonane przez wybrania w obrebie brzegów powierzchni zamocowania, do których wchodza swo¬ bodne ko^ce ramion* Wówczas mozna wykonac wystepy bez straty materialu przy wykonaniu plas¬ kiej czesci laczacej przez wytloczenie* Poniewaz plaska czesc laczaca moze byc wytloczona z tasmy, mozna jeszcze uzyskac dodat¬ kowa korzysc polegajaca na umozliwieniu realizacji elementów elewacji w róznych odstepach od zewnetrznej sciany budynku bez potrzeby skladowania w tym celu róznych ksztaltowników do wytworzenia urzadzenia do mocowania* Elementy mocujace pozostaja bez zmiany 1 trzeba tylko wytloczyc z tasmy plaska czesc laczaca o innej dlugosci, przy czym rózne plaskie czesci la¬ czace, moga byc laczone z tym samym elementem mocujacym* Korzystnie Jest, Jezeli plaska czesc laczaca posiada sprezyne dociskajaca, do której mozna wlozyc pod naciskiem listwe mocujaca elementu elev/acji dla wstepnego dopasowania, przed ostatecznym polaczeniem listwy mocujacej z czescia laczaca za pomoca sworzni* nitów i im po-^ 138B20 3 dobnych* Równiez te operacje mozna wykonac równoczesnie przy wytlaczaniu plaskiej czesci lacza¬ cej, na skutek czego wykonanie urzadzenia do mocowania przedstawia sie bardzo prosto* Montaz jest ulatwiony, jezeli wybrania i/lub wystepy posiadaja nachylenie, które odpowia¬ da mniej wiecej ustawieniu ramion elementu mocujacego* Fiaska czesc laczaca zapobiega osiowe¬ mu przesunieciu wkretu, na skutek czego mozna wkrecic wkret do kolka przez obracanie calego urzadzenia do mocowania* Przedmiot wynalazku jest uwidoczniony w przykladzie wykonania na rysunku, na którym flg*1 przedstawia urzadzenie do mocowania wedlug wynalazku w przekroju, a fig* 2 - urzadzenie do mocowania w widoku z góry* Na fig* 1 jest zaznaozona czesc zewnetrzna sciany 1 budynku, w której jest osadzony ko¬ lek 2* Do kolka 2 jest wkrecony wkret 3, którego leb 4 ma ksztalt szesciokata. Wkret 3 mocuje do zewnetrznej sciany 1 budynku element mocujacy 5 wykonany z ksztaltownika o dowolnej, nie¬ ograniczonej dlugosci, przez przyciecie na wymiar* Element mocujacy 5 posiada czesc podstawo¬ wa 6 oraz dwa ramiona 7$ odstajace od zewnetrznej sciany 1 budynku mniej wiecej pod katem 45° • Czesc podstawowa 6 przylega plasko do zewnetrznej sciany 1 budynku i posiada dwie listwy za¬ pobiegajace przekreceniu lba 4 wkreta 3* Oba ramiona 7 elementu mocujacego 5 posiadaja dwie szczeliny 9 usytuowane wzdluz ramie¬ nia 7, o które zaozeplone sa wystepy 10 plaskiej czesci laczacej 11* ifystepy 10 sa utworzone przez wybrania 12, do których moga wchodzic wolno konce ramion 7* Zarówno wystepy 10 jak i wy¬ brani© 12 posiadaja nachylenie okolo 45°* V zwiazku z tym wystepy 10 moga byc, dla zamontowa¬ nia plaskiej czesol laczacej 11 do elementu mocujacego 5, docisniete do wolnych konców ramion 7, na skutek czego przylegaja ukosnie do wewnetrznej strony ramion 7* Na skutek wywarcia na¬ cisku w kierunku sciany 1 budynku rozwieraja sie ramiona 7 1 wystepy 10 wchodza do szczeliny 9 ramion 7 elementu mocujacego 5* Plaska czesc laczaca 11 posiada dwa otwory 13, za pomoca których mocuje sie plaska czesc laczaca 11 do listwy mocujacej elemantu elewacji, przylegajacej plasko do czesci laczacej 11* Rd otworami 13 znajduje sie wygieta sprezyna dociskajaca 14, tworzaca z plaska czescia 11 pusta przestrzen 15, do której mozna wsunac listwe mocujaca 16 elementu elewacji* V ten sposób mozna prowizorycznie ustalic i dopasowac polozenie elementu elewacji* Po dopasowaniu naste¬ puje ostateczne zamocowanie za pomoca tradycyjnych elementów mocujacych przechodzacych przez otwory 13 (£ig# 2)* V urzadzeniu do mocowania wedlug wynalazku otwory 13 nie musza juz, tak jak w przypadku znanych urzadzen do mocowania, byc wykonane jako otwory podluzne, poniewaz ewentualna rózni¬ ce dlugosci plyt elewacji wychwytuje sie w polaczeniu plaskiej czesci laczacej 11 z elementem mocujacym 3, na skutek czego jest mozliwe przesuniecie bez tarcia plyty elewacji* Ponadto urzadzenie do mocowania wedlug wynalazku zezwala na latwe magazynowanie jego czesci skladowych, poniewaz elementy mocujace 3 moga byc latwo ulozone, zachodzac jeden za drugi; w pudelkach, a plaskie czesci laczace 11 moga byc latwo ulozone w stosy, w bardzo ma¬ lej przestrzeni* tf zwiazku z tym mozna je przesylac w duzej ilosci w wzglednie malych opako¬ waniach* Zastrzezenie patentowe Urzadzenie do mocowania elementów elewacji do zewnetrznej sciany budynku, w którym plas¬ ka czesc laczaca, odstajaca pod katem od zewnetrznej sciany budynku, polaczona z ta sciana za pomoca wkretu lub podobnego elementu, przylega plasko do odpowiednio pod katem ustawionej listwy mocujacej elementu elewacji i moze byc tradycyjnymi srodkami polaczona z listwa mocu¬ jaca, .znamienne tym, ze element mocujacy (5) ma dwa rozchodzace sie skosnie ra¬ miona (7) ze szczelinek (9), do których wchodza wystepy (10) plaskiej czesci laczacej (11), przy czym wystepy (10) odpowiadaja szerokoscia szczelinom (S) i posiadaja nachylenie, które zasadniczo odpowiada nachyleniu ramion (7)«138 820 r Figi Fig2 Plmcownn Poggrafkzna UP PRL. Naklad 100 «gz Cena 130 zl PLThe subject of the invention is a device for fixing facade elements to the external wall of a building, in which the flat connecting part, protruding at an angle from the external wall of the building and connected by a screw or similar element, is flush with the angle of the positioned fixing strip. of the facade element i can be traditional fasteners connected to a fastening strip i A fastening device is known from the German Exclusive Description No. DE-OS 28 24 902, in which the flat connecting part forms part of an angle profile, the frame of which lies flush with the external wall of the building, 1 is fixed by means of a bolt-stud connection to the external wall of the building * It is known that the fixing device must be dimensioned in such a way that the façade panels connected via the fixing strip with the fixing device are securely held - with all the loads involved * Essential loads, to be taken into account is the so-called • from tearing and impressions by wind *, which generate pulling or pressing forces, passing from the façade panel to the external wall of the building * V a well-known fixing device, these are transferred via the flat part joining the frame adjacent to the external wall of the building, and by the force of the adjoining this arm is transferred to the outer wall of the pudding. With such an eccentric transfer of force to the outer wall of the building, an additional torque is created, and the ratio of the length of the lever arms arises at the pin by the force acting ns. The collet almost doubles the load caused by the wind, so the calculations have to take into account these increased forces, appropriate design of the device for fastening, or by suspending the number of fastening devices per unit area of the facade *, as a result of which they significantly increase The object of the invention is to provide a structure of the fixing device, in which the force is transferred more favorably to the external wall of the building, whereby the costs of the structure supporting the facade can be reduced. The essence of the invention is that the fixing element is has two oblique arms with slots to which the projections of the flat connecting part engage, the projections corresponding to the width of the slots and having an inclination which substantially corresponds to the inclination of the arms of the fastening element * When using the fastening device according to the invention, the fastening force due toThe stresses caused by tearing and wind pressure are transmitted centrally by a screw or similar fastening element to the external wall of the building, therefore the forces arising in known fastening devices due to the action of forces on the lever arms do not occur in the device for fastening according to the invention * The fastening device according to the invention also has this advantage, in this case the assembly is uncomplicated and the operation is extremely simple * It is also possible to implement a centric force transmission by making the known device not from an angle but from a T-slot and the use of a screw on each flat side of the connecting part * However, such a solution would have serious disadvantages, since according to the relevant building regulations a certain minimum distance must be maintained between two pins mounted in one external wall of the building, as a result of which the fixing device would be relatively large * Moreover, the screws must be be made of a resistant material corrosion, whereby they themselves would constitute a cost factor that could not be ignored compared to the fixing device * For this reason, it is desirable to fix the fixing device to the exterior wall of the building with a single screw or similar fastening element *. meets the device according to the invention * Installation of the fixing device is very simple, as the arms divergent from the external wall of the building * V in this case the protrusions of the flat connecting part engage in some springy arms * This assembly can be carried out both as a preliminary assembly before joining to the construction site, as well as directly on the construction site, after fixing the fixing element to the external wall of the building * Devices for fixing the structure supporting the facade are subject to price restrictions * For this reason, it is worth making the fixing devices, if possible, with a shape towers of any unlimited length * It can be replaced without difficulty to the fastening element, because it can be made of a profile of any unlimited length with both arms, from which only the fastening elements need to be cut to size * The fastening device according to the invention also has the advantage that also the connecting flat can be made of a tape of any type unlimited length as it can be made from a piece of flat metal. For this reason, it is very advantageous if the projections are made by recesses along the edges of the mounting surface, into which the free ends of the arms engage. * The projections can then be made without material loss when making the flat joining part by embossing * As the flat part the joining can be extruded from the tape, you can still get the additional benefit of enabling the implementation of the façade elements at different distances from the external wall of the building without the need to store different shapes for this purpose to create the fixing device * The fixing elements remain unchanged 1 only need to be extruded with tape flat connecting part of different length, whereby different flat connecting parts can be connected to the same fastening element * It is preferable that the flat connecting part has a compression spring into which the fastening bar of the elevation element can be inserted under pressure for initial fitting, before final joining of the batten the fixing device with the connecting part by means of bolts * rivets and similar ones * These operations can also be carried out simultaneously when the flat connecting part is extruded, which makes the fixing device very simple to make * Assembly is facilitated if and / or the protrusions have an inclination which corresponds more or less to the position of the fastening element arms * The flashing connecting part prevents the screw from axially displacing, as a result of which the screw can be screwed into the pin by turning the entire fastening device in the drawing, in which flg * 1 shows the fastening device according to the invention in cross section, and fig * 2 - the fastening device in top view * Fig. 1 shows the external part of the wall 1 of the building, in which the stud 2 is mounted * A screw 3, the head 4 of which has a hexagonal shape, is screwed into the pin 2. The screw 3 fastens to the external wall 1 of the building a fastening element 5 made of a profile of any unlimited length by cutting to size * The fastening element 5 has a base part 6 and two arms 7 protruding from the external wall 1 of the building approximately below 45 ° angle • The base part 6 lies flush with the external wall 1 of the building and has two slats preventing the head from turning 4 of the screw 3 * Both arms 7 of the fastening element 5 have two slots 9 located along the arm 7, with the projections 10 covered the flat part 11 * and the protrusions 10 are formed by recesses 12, into which the ends of the arms 7 can freely enter. Both the protrusions 10 and the selected 12 have an inclination of about 45 ° V, therefore the protrusions 10 can be mounted on of a flat comb 11 to the fastening element 5, pressed against the free ends of the arms 7, as a result of which they adhere obliquely to the inside of the arms 7. The walls 1 of the building open up the arms 7 1 protrusions 10 go into the slot 9 arms 7 of the fastening element 5 * The flat connecting part 11 has two holes 13 with which the flat connecting part 11 is attached to the fastening strip of the facade element, flatly adjacent to the connecting part 11 * Rd through holes 13 there is a curved pressure spring 14, which forms a flat part 11 into a hollow space 15, into which the fastening strip 16 of the façade elements can be inserted * V this way, the position of the façade element can be temporarily fixed and adjusted * After the adjustment, the final fixing is carried out In the fixing device according to the invention, the holes 13 no longer need to be made as oblong holes, as in the case of known fixing devices, since the possible lengths of the plates differ. of the facade is captured at the connection of the connecting flat part 11 with the fastening element 3, resulting in a m possible sliding of the facade panel without friction * Moreover, the fastening device according to the invention allows easy storage of its components, since the fastening elements 3 can easily be stacked overlapping one another; in boxes, and the flat connecting parts 11 can be easily stacked, in a very small space * tf therefore they can be shipped in large numbers in relatively small packages * Patent claim Device for fixing façade elements to the external wall of the building , in which a flat connecting part, protruding at an angle from the outer wall of the building, connected to the wall by means of a screw or the like, lies flush with the appropriately positioned fixing strip of the facade element and can be traditional means connected to the fixing strip characterized by the fact that the fastening element (5) has two oblique arms (7) from slots (9) into which the projections (10) of the flat connecting part (11) fit, the projections (10) corresponding to the width the slots (S) and have an inclination which substantially corresponds to the inclination of the arms (7) < 138 820 r Fig. 2 Plmcownn Poggrafkzna UP PRL. Mintage 100 «gz Price PLN 130 PL

Claims (1)

1. Zastrzezenie patentowe Urzadzenie do mocowania elementów elewacji do zewnetrznej sciany budynku, w którym plas¬ ka czesc laczaca, odstajaca pod katem od zewnetrznej sciany budynku, polaczona z ta sciana za pomoca wkretu lub podobnego elementu, przylega plasko do odpowiednio pod katem ustawionej listwy mocujacej elementu elewacji i moze byc tradycyjnymi srodkami polaczona z listwa mocu¬ jaca, .znamienne tym, ze element mocujacy (5) ma dwa rozchodzace sie skosnie ra¬ miona (7) ze szczelinek (9), do których wchodza wystepy (10) plaskiej czesci laczacej (11), przy czym wystepy (10) odpowiadaja szerokoscia szczelinom (S) i posiadaja nachylenie, które zasadniczo odpowiada nachyleniu ramion (7)«138 820 r Figi Fig2 Plmcownn Poggrafkzna UP PRL. Naklad 100 «gz Cena 130 zl PL1. Patent claim A device for fixing façade elements to the external wall of a building, in which a flat connecting part protruding at an angle from the external wall of the building, connected to the wall by means of a screw or similar element, lies flat to the correspondingly positioned fixing strip of the façade element and may be connected with a fixing strip by traditional means, characterized in that the fixing element (5) has two diagonally extending arms (7) from the slots (9) into which the projections (10) of the flat part connecting link (11), the projections (10) corresponding to the width of the slots (S) and having an inclination which substantially corresponds to the inclination of the arms (7) - 138 820. Fig. 2 Plmcownn Poggrafkzna UP PRL. Mintage 100 «gz Price PLN 130 PL
PL1982236947A 1981-06-19 1982-06-16 Apparatus for securing facade facing elements to outer walls of a building PL138820B1 (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
DE19813124133 DE3124133A1 (en) 1981-06-19 1981-06-19 "FASTENING DEVICE FOR FACADE ELEMENTS ON A BUILDING EXTERNAL WALL"

Publications (2)

Publication Number Publication Date
PL236947A1 PL236947A1 (en) 1983-01-31
PL138820B1 true PL138820B1 (en) 1986-11-29

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PL1982236947A PL138820B1 (en) 1981-06-19 1982-06-16 Apparatus for securing facade facing elements to outer walls of a building

Country Status (5)

Country Link
EP (1) EP0067970B2 (en)
AT (1) ATE8685T1 (en)
DD (1) DD202329A5 (en)
DE (2) DE3124133A1 (en)
PL (1) PL138820B1 (en)

Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE8531206U1 (en) * 1985-11-05 1985-12-19 Wagner, Peter, Dipl.-Ing., 3303 Vechelde Fixing device for facade panels
DE29814855U1 (en) * 1998-08-19 1998-12-17 BWM Dübel + Montagetechnik GmbH, 70771 Leinfelden-Echterdingen Bracket for supporting devices for wall or ceiling cladding
DE19860743C1 (en) * 1998-12-23 2001-01-11 Metall Und Fassadenbau A & D R Wall fixing for vertical wall cladding panel has anchoring part secured to wall provided with coupling plate with vertical elongate slot for reception of T-shaped tongue at rear of extension plate
DE10043330A1 (en) * 2000-08-23 2002-03-14 Retzlaff Gmbh Metallbau Building facade panel or curtain wall holder forms main wall part as U-profile giving top and bottom connecting legs both slotted for swivelable crosshead to lock into slots.
DE10202566A1 (en) * 2002-01-24 2003-08-21 Peter Wagner Device for attaching a profile to a building wall
NL1022562C1 (en) * 2003-02-03 2004-08-04 Harm Zwiers Fixing system for a covering of an architectural subsurface.
ES2657612T3 (en) 2010-05-28 2018-03-06 The Diller Corporation Laminate coating system for construction

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FR1163239A (en) * 1956-12-10 1958-09-23 Vertical channel profile for facade construction
DE6917536U (en) * 1969-04-30 1969-09-25 Gruenzweig & Hartmann CONSOLE FOR FASTENING WALL CLADDING
DE2013857C3 (en) * 1970-03-23 1979-04-19 Ab Cementvarumaskiner, Enstaberga (Schweden) Support rail for wall cladding panels
DE2460880A1 (en) * 1974-12-21 1976-06-24 Horst Hahn Curtain-wall panel or other building element anchorage - involving panel recess, and screw or similar base attachment
DE2501664A1 (en) * 1975-01-17 1976-07-29 Zenker Haeuser Walter Zenker K Rear ventilated external wall facing cladding panel wall - held by two-part holder elements slidable to allow relative movement
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DE2824902C2 (en) * 1978-06-07 1980-06-12 Peter Dipl.-Ing. 3303 Vechelde Wagner Device for the temporary fixing of facade elements

Also Published As

Publication number Publication date
DE3124133C2 (en) 1991-09-05
EP0067970B1 (en) 1984-07-25
DE3124133A1 (en) 1983-01-13
EP0067970B2 (en) 1992-03-04
DE3260459D1 (en) 1984-08-30
ATE8685T1 (en) 1984-08-15
PL236947A1 (en) 1983-01-31
DD202329A5 (en) 1983-09-07
EP0067970A1 (en) 1982-12-29

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