NO177760B

NO177760B - Facade foot for a post profile

Info

Publication number: NO177760B
Application number: NO905082A
Authority: NO
Inventors: Wolfgang Ley; Andreas Freier
Original assignee: Schueco Int Kg
Priority date: 1989-11-24
Filing date: 1990-11-23
Publication date: 1995-08-07
Also published as: EP0428962A2; PT95979B; EP0428962A3; DE59001914D1; FI92948C; ES2043218T3; EP0428962B1; FI905794A; FI92948B; NO905082D0; NO177760C; NO905082L; DE3938871A1; ATE91314T1; DK0428962T3; PT95979A; FI905794A0

Abstract

2.1 The object on which the invention is based is to design a wall footing for an upright profile in such a way that the wall footing can be adjusted in three dimensions within a wide range. 2.2 The wall footing (1) has a base plate (2) and a receiving shoe (4), arranged vertically adjustably between vertical guideways (3) of the base plate, for the lower end of the upright profile (6). Provided adjacent to the front ends of the base plate is in each case one passage bore (30) for a fastening screw (31), the passage bore having a substantially larger diameter than the fastening screw. The passage bore is assigned an adjusting plate (27), through which the shank of the fastening screw is guided and on which the head of the fastening screw is supported. 2.3 The invention is used in building construction. <IMAGE>

Description

Oppfinnelsen angår en fasadefot for en stolpeprofil som sammen med ytterligere stolpe- og sprosseprofiler danner rammeverket i en bygningsfasade, med en bunnplate som oppviser vertikale føringsbaner. The invention relates to a facade base for a post profile which, together with further post and slat profiles, forms the framework in a building facade, with a bottom plate that exhibits vertical guideways.

En slik fasadefot er kjent fra US-A-2 914 145. Such a facade foot is known from US-A-2 914 145.

Ved fremstilling av en fasade er det viktig at stolpe-profilene med enkle midler kan innrettes i forhold til hverandre. When creating a facade, it is important that the post profiles can be aligned with each other with simple means.

Formålet med oppfinnelsen er å utforme en fasadefot for en stolpeprofil på en slik måte at den innenfor et vidt område er omstillbar i tre dimensjoner. The purpose of the invention is to design a facade base for a post profile in such a way that it is adjustable in three dimensions within a wide range.

Ovennevnte formål oppnås ifølge oppfinnelsen ved hjelp av en fasadefot av den innledningsvis angitte type som oppviser en mellom bunnplatens føringsbaner høyderegulerbart anordnet opptakelsessko for den nedre ende av stolpeprofilen, og en respektiv, i bunnplaten mellom en frontside og en føringsbane anordnet gjennomstikksboring for en festeskrue med vesentlig større diameter enn festeskruens diameter, og minst én til gjennomstikksboringen tilordnet justeringsplate gjennom hvilken festeskruens skaft er ført og mot hvilken festeskruens hode støtter seg. The above-mentioned purpose is achieved according to the invention by means of a facade foot of the type indicated at the outset which exhibits a height-adjustable receiving shoe for the lower end of the post profile arranged between the base plate's guide tracks, and a respective through-hole arranged in the base plate between a front side and a guide track for a fastening screw with substantial larger diameter than the diameter of the fastening screw, and at least one adjustment plate assigned to the through-hole through which the shank of the fastening screw is guided and against which the head of the fastening screw rests.

Den i opptakelsesskoen festede stolpeprofil kan ved hjelp av en stillskrue innstilles i vertikal retning. The post profile fixed in the recording shoe can be set in the vertical direction with the help of a set screw.

Bunnplaten er videre slik utformet at den i forhold til sine festeskruer er stillbar i sin lengderetning og en på tvers av denne forløpende retning. The bottom plate is further designed in such a way that it is adjustable in relation to its fixing screws in its longitudinal direction and one across this continuous direction.

Fasadefoten ifølge oppfinnelsen er oppbygget på kon-struktivt enkel måte, slik at monteringen, befestigelsen av stolpeprofilen i opptakelsesskoen og omstillingen i de nevnte dimensjoner kan gjennomføres uten vanskeligheter. The facade footing according to the invention is constructed in a constructively simple manner, so that the assembly, the fastening of the post profile in the receiving shoe and the conversion in the aforementioned dimensions can be carried out without difficulty.

Stolpeprofilen, som i alminnelighet utføres som hul-kammerprofil, er på sin frontytterside forsynt både med forankringsspor for tetningsprofiler og med et festespor, f.eks. et skruespor, for dekkprofiler. Mellom disse forankrings- hhv. festespor er det anordnet renner eller spor for bortføring av dryppvannet. The post profile, which is generally made as a hollow-chamber profile, is provided on its front exterior both with anchoring grooves for sealing profiles and with a fastening groove, e.g. a screw slot, for tire profiles. Between these anchorages or fixing track, there are gutters or tracks for carrying away the dripping water.

Stolpeprofilen anordnes og festes på en slik måte i opptakelsesskoen hhv. i fasadefoten at de dryppvannførende deler ligger utenfor fasadefoten og dryppvannet f.eks. ved hjelp av en folie kan avledes fra den aktuelle stolpeprofil ut av området for fasadefoten. The post profile is arranged and fixed in such a way in the recording shoe or in the facade footing that the dripping water-carrying parts are outside the facade footing and the dripping water e.g. with the help of a foil can be diverted from the relevant post profile out of the area for the facade footing.

Ytterligere særtrekk ved oppfinnelsen fremgår av under-kravene. Further special features of the invention appear from the sub-claims.

Et utførelseseksempel på fasadefoten ifølge oppfinnelsen skal beskrives nærmere i det følgende under henvisning til tegningene, der fig. 1 viser fasadefoten i perspektivisk fremstilling, fig. 2 viser fasadefoten med innsatt stolpeprofil i oppriss og på den venstre side delvis demontert og gjennomskåret, og fig. 3 viser et snitt etter linjen III-III på fig. 2. An embodiment of the facade footing according to the invention will be described in more detail below with reference to the drawings, where fig. 1 shows the facade footing in perspective, fig. 2 shows the facade footing with inserted post profile in elevation and on the left side partially dismantled and cut through, and fig. 3 shows a section along the line III-III in fig. 2.

Fasadefoten 1 oppviser en bunnplate 2 med vertikale føringsbaner 3 og en opptakelsessko 4. Denne opptakelsessko 4 for den nedre ende 5 av en stolpeprofil 6 er U-formet i vertikal-snitt og er utstyrt med sidevanger 7 som på yttersiden bærer føringsstykker 8. Disse føringsstykker er i det viste utførel-seseksempel utformet i ett stykke med sidevangene og griper inn i føringsbanene 3 som er begrenset av vertikale steg 9 som er utført i ett stykke med bunnplaten 2. The facade footing 1 has a bottom plate 2 with vertical guide tracks 3 and a receiving shoe 4. This receiving shoe 4 for the lower end 5 of a post profile 6 is U-shaped in vertical section and is equipped with side rails 7 which on the outside carry guide pieces 8. These guide pieces is in the embodiment shown designed in one piece with the side walls and engages in the guide tracks 3 which are limited by vertical steps 9 which are made in one piece with the bottom plate 2.

Det fremgår særlig av fig. 2 at føringsstykkene 8 rager ned under bunnen 10 av opptakelsesskoen. På denne måte oppnås at den nedre begrensningsflate 11 i opptakelsesskoens nedre endestilling legger seg an mot en anslagsflate 12 av bunnplaten 2. Ved hjelp av den nevnte utforming av føringsstykkene 8 bestemmes således den nedre endestilling av opptakelsesskoen ved hjelp av disse føringsstykker. It is clear in particular from fig. 2 that the guide pieces 8 protrude below the bottom 10 of the recording shoe. In this way, it is achieved that the lower limiting surface 11 in the lower end position of the recording shoe rests against a stop surface 12 of the bottom plate 2. With the help of the aforementioned design of the guide pieces 8, the lower end position of the recording shoe is thus determined with the help of these guide pieces.

For høyderegulering av opptakelsesskoen 4 i forhold til bunnplaten 2 benyttes en stillskrue 13 som med sitt hode 14 støtter seg mot bunnplaten 2 og med sitt skaft strekker seg gjennom en boring i bunnen 10 og i en med bunnen i ett stykke dannet list 15 og rager inn i opptakelsesskoens innerrom. Ved den frie ende er stillskruens gjengede skaft utstyrt med en kontramutter 16 ved hjelp av hvilken opptakelsesskoens øvre løfteende bestemmes i samvirke med et avstandsrør 17 som omslutter det gjengede skaft og støtter seg mot bunnen 10. For height regulation of the recording shoe 4 in relation to the base plate 2, a set screw 13 is used, which with its head 14 rests against the base plate 2 and with its shaft extends through a bore in the base 10 and in a molding 15 formed with the base in one piece and projects into in the interior of the recording shoe. At the free end, the setscrew's threaded shaft is equipped with a counter nut 16 by means of which the upper lifting end of the pick-up shoe is determined in cooperation with a spacer tube 17 which encloses the threaded shaft and rests against the bottom 10.

I opptakelsesskoen festes stolpeprofilen 6 ved hjelp av to parallelt med hverandre forløpende bolter 18, idet boltene føres gjennom opptakelsesskoens sidevanger 7. Boltene kan være utført som gjengebolter eller som gjengefrie bolter. In the receiving shoe, the post profile 6 is fixed with the help of two bolts 18 running parallel to each other, the bolts being passed through the side rails 7 of the receiving shoe. The bolts can be designed as threaded bolts or as non-threaded bolts.

I utførelseseksemplet ifølge fig. 1 er det anordnet som skruer utformede gjengebolter, mens fig. 2 og 3 viser gjengefrie bolter 18 som på den ene side oppviser et hode 19 og på den andre side festes ved hjelp av en splint. In the design example according to fig. 1, threaded bolts designed as screws are arranged, while fig. 2 and 3 show unthreaded bolts 18 which on one side have a head 19 and on the other side are attached by means of a cotter pin.

Opptakelsesskoens 4 høyderegulering skjer ved hjelp av en mutter 20 mot hvilken bunnen 10 hhv. listen 15 støtter seg. The height adjustment of the recording shoe 4 takes place by means of a nut 20 against which the bottom 10 or list 15 supports itself.

Det fremgår av fig. 3 at stolpeprof ilen rager ut av opptakelsesskoen 4 på forsiden. It appears from fig. 3 that the post profile protrudes from the mounting shoe 4 on the front.

På den fremre frontside oppviser stolpeprofilen på midten et skruespor 21 for befestigelse av dekkprofiler, og ved siden av lengdekantene oppviser den forankringsspor 22 for tet-ningslister. Mellom det sentrale skruespor og et forankringsspor for en tetningslist er det på tetningsprofilen anordnet en respektiv renne 23 for dryppvann, idet denne renne er begrenset av en bunn 24. On the front side, the post profile in the middle shows a screw groove 21 for attaching cover profiles, and next to the longitudinal edges it shows anchoring grooves 22 for sealing strips. Between the central screw groove and an anchoring groove for a sealing strip, a respective channel 23 for dripping water is arranged on the sealing profile, this channel being limited by a bottom 24.

Det fremgår av fig. 3 at denne bunn er forskjøvet i retning utover i forhold til fasadefotens ytre begrensningsflate 25, slik at det ved stolpeprof ilens nedre ende kan anordnes en folie som griper bak bunnen 24 og via hvilken dryppvannet kan bortledes. It appears from fig. 3 that this base is shifted outwards in relation to the facade foot's outer limiting surface 25, so that a foil can be arranged at the lower end of the post profile which grips behind the base 24 and via which the dripping water can be diverted away.

For omstilling av fasadefoten i retning av lengdeaksen 26 og i retning på tvers av denne er det i utførelseseksemplet anordnet en omstillings- eller justeringsplate 27 og en under-lags- eller grunnplate 28. Videre er det i området for bunnplaten mellom frontenden 29 og føringsbanen 3 anordnet en boring 30 hvis diameter er vesentlig større enn festeskruens 31 diameter. For adjustment of the facade base in the direction of the longitudinal axis 26 and in the direction across this, in the design example there is an adjustment or adjustment plate 27 and an underlay or base plate 28. Furthermore, in the area of the bottom plate between the front end 29 and the guide track 3 provided with a bore 30 whose diameter is substantially larger than the diameter of the fixing screw 31.

Grunnplaten 28 strekker seg i retning av fasadefotens lengdeakse 26 over området for bunnplaten 2 mellom en frontlist 32 og de føringsbanebegrensende steg 9. Grunnplaten oppviser i lengderetningen forløpende kantlister 33 som griper om bunnplatens 2 lengdekanter, slik at grunnplaten 28 på formtilpasset måte er festet på bunnplaten 2. Grunnplaten 28 er videre forsynt med en boring 34a som flukter med boringen 30 i bunnplaten 2. The base plate 28 extends in the direction of the longitudinal axis 26 of the facade foot over the area of the base plate 2 between a front strip 32 and the guideway-limiting steps 9. The base plate exhibits in the longitudinal direction continuous edge strips 33 which grip the longitudinal edges of the base plate 2, so that the base plate 28 is fixed to the base plate in a form-fitting manner 2. The base plate 28 is also provided with a bore 34a that aligns with the bore 30 in the base plate 2.

Grunnplatens øvre begrensningsflate oppviser i fasadefotens lengderetning forløpende riflinger eller fortanninger 34b i hvilke det griper inn riflinger eller fortanninger 35 som er anordnet på undersiden av justeringsplaten 27. The base plate's upper limiting surface exhibits, in the longitudinal direction of the facade foot, continuous serrations or serrations 34b in which serrations or serrations 35 which are arranged on the underside of the adjustment plate 27 engage.

Det fremgår av fig. 2 at justeringsplaten på undersiden oppviser en sylindrisk rørstuss 36 for gjennomstikking av festeskruens 31 skaft. Denne rørstuss griper inn i boringene 34a og 30. Ved løsnede festeskruer 31 kan fasadefoten forskyves i retning av lengdeaksen 26. Videre eksisterer den mulighet å bringe riflingene 34b og 35 ut av inngrep, dvs. å løfte opp justeringsplaten 27 og foreta en justering eller omstilling på tvers av lengdeaksen 26. It appears from fig. 2 that the adjustment plate on the underside has a cylindrical pipe socket 36 for piercing the fastening screw 31 shaft. This pipe socket engages in the bores 34a and 30. If the fastening screws 31 are loosened, the facade foot can be displaced in the direction of the longitudinal axis 26. Furthermore, there is the possibility of bringing the knurlings 34b and 35 out of engagement, i.e. to lift up the adjustment plate 27 and make an adjustment or readjustment across the longitudinal axis 26.

Som en modifikasjon av den på tegningene viste ut-førelse er det også mulig å forsyne bunnplatens 2 øvre begrensningsflate i et til gjennomstikksboringen 30 tilgrensende område med en i bunnplatens lengderetning forløpende rifling eller fortanning, og å anbringe justeringsplaten 27 på denne profilerte flate. As a modification of the design shown in the drawings, it is also possible to provide the upper limiting surface of the bottom plate 2 in an area adjacent to the through-hole 30 with a knurling or toothing running in the longitudinal direction of the bottom plate, and to place the adjustment plate 27 on this profiled surface.

Claims

1. Façade base for a post profile (6) with a bottom plate (2) showing vertical guide tracks (3), CHARACTERIZED BY a height-adjustable mounting shoe (4) arranged between the guide tracks (3) of the bottom plate (2) for the lower end of the post profile (6) ), by a respective through-hole (30) arranged in the bottom plate (2) between a front side and a guideway (3) for a fastening screw (31) with a significantly larger diameter than the diameter of the fastening screw (31), and by at least one for the through-hole (30 ) assigned to the adjustment plate (27) through which the shaft of the fastening screw (31) is guided and against which the head of the fastening screw (31) rests.

2. Facade footing according to claim 1, CHARACTERIZED IN THAT the receiving shoe (4) is U-shaped in elevation and on the outside of the side walls (7) has guide pieces (8) which engage in the guide tracks (3).

3. Facade footing according to claim 2, CHARACTERIZED IN THAT the guide pieces (8) are made in one piece with the side walls (7) and project downwards past the bottom (10) of the receiving shoe (4).

4. Facade footing according to one of the claims 1-3, CHARACTERIZED IN THAT for height regulation of the receiving shoe (4) in relation to the base plate (2) a set screw (13) is used which with its head (14) rests against the base plate (2) and which is passed through a threaded hole arranged in the bottom (10) of the receiving shoe (4).

5. Facade footing according to claim 4, CHARACTERIZED IN THAT the stroke length of the set screw (13) is limited by a distance tube (17) which encloses the threaded shaft, which rests against the bottom (10) of the receiving shoe (4) and which cooperates with a counter nut (16) .

6. Facade footing according to one of the preceding claims, CHARACTERIZED IN THAT there are bolts (18) with or without threads that extend through the sides (7) of the receiving shoe (4) and through the post profile (6) parallel to the bottom of the receiving shoe (4) ( 10), and which holds the post profile (6) in the recording shoe (4).

7. Facade base according to claim 1, CHARACTERIZED IN THAT the post profile (6) is arranged and secured in the absorption shoe (4) in such a way that its gutter (23), which absorbs and diverts the dripping water, lies outside the area of the absorption shoe (4).

8. Facade plinth according to claim 7, CHARACTERIZED IN THAT the bottom (24) of the dripping water carrying channels (23) on the post profile (6) is shifted outwards in relation to the receiving shoe (4) and in relation to the other parts of the facade plinth (1).

9. Facade footing according to claim 1, CHARACTERIZED IN THAT the upper limiting surface of the base plate (2) in an area adjacent to the through-hole (30) for the fastening screw (31) is provided with a knurling or toothing running in the longitudinal direction of the base plate (2), and that on the profiled surface, an adjustment plate (27) is placed which, on the underside, also exhibits a knurling or toothing running in the longitudinal direction of the bottom plate (2).

10. Facade footing according to claim 1, CHARACTERIZED IN THAT a base plate (28) is arranged on the bottom plate (2) to cover the area adjacent to the through-hole (30) with a bore (34a) flush with the through-hole (30) and on the upper side with a knurling or toothing (34b) in the longitudinal direction of the bottom plate (2), and an adjustment plate (27) is attached to the profiled surface, which on the underside likewise exhibits a knurling or toothing (35) running in the longitudinal direction.

11. Facade footing according to claim 10, CHARACTERIZED IN THAT the adjustment plate (27) on the underside has a cylindrical pipe socket (36) for piercing the fixing screw (31).