NO154198B

NO154198B - PROCEDURE FOR OPENING PLASTIC ROOFING AND ANOTHER BETWEEN PIPE AND REMOVAL ACCORDING TO PROCESS MEETING

Info

Publication number: NO154198B
Application number: NO841978A
Authority: NO
Inventors: Ndum Mogens Br
Original assignee: Ndum Mogens Br
Priority date: 1984-05-18
Filing date: 1984-05-18
Publication date: 1986-04-28
Also published as: NO841978L; NO154198C

Description

Oppfinnelsen som foreligger, angår en vanntett forbindelse mellom luftepipe og yttertak. Grunnsystemet består først av to modul-knekkede plater med langsgående knekkede kanter, svarende til takets profil, den ene uten, den andre med hals og åpning for pipen. - se fig. 2 og 3. The present invention relates to a watertight connection between the air pipe and the outer roof. The basic system first consists of two module-broken boards with longitudinally broken edges, corresponding to the profile of the roof, one without, the other with a neck and an opening for the pipe. - see fig. 2 and 3.

Vanligvis blir den vanntette forbindelse mellom pipe og tak utført Usually the watertight connection between the pipe and the roof is carried out

av blikkenslagere etter mål og takvinkel, men nye takprofiler har komplisert den vanntette forbindelse. by plumbers according to measurements and roof angle, but new roof profiles have complicated the watertight connection.

Det finnes i handelen gummimans.ietter, men de kan kun anvendes på There are rubber cuffs on the market, but they can only be used on

tak som er delt like ovenfor pipen, parallelt møne og takrenne. roof that is split just above the chimney, parallel ridge and gutter.

Er taket udelt fra møne og ned, må annen metode anvendes. If the roof is undivided from the ridge down, another method must be used.

I nedenstående beskrives en slik metode for vanntett forbindelse, The following describes such a method for a waterproof connection,

som er lett å montere for ufaglærte, når delene blir standard-elementer. which is easy to assemble for the unskilled, when the parts become standard elements.

■Forbindelsen er vanntett fordi de ovenfornevnte modulplater, fig. 2 og 3 er ført under det øvrige tak. ■The connection is watertight because the above-mentioned module plates, fig. 2 and 3 are led under the other roof.

Oppfinnelsen skal videre forklares nærmere ved h.ielp av tegningene. The invention shall further be explained in more detail with the help of the drawings.

Fig. 1 viser et perspektivbilde av den opprinnelige taktekningens Fig. 1 shows a perspective view of the original roof plan

utskjæring sammen med plate (2). cutout together with plate (2).

Fig. 2 viser plate (1). Fig. 2 shows plate (1).

"Fig. 3 viser plate (2). "Fig. 3 shows plate (2).

Fig. 4 viser et perspektivbilde av samme utførelsesform for murt pipe. Fig. 4 shows a perspective view of the same embodiment for a brick pipe.

Det utskjæres en åpning i yttertaket, begynnende nedenfra takrennen og oppover til oa. 15 cm ovenfor pipehullets øvre kant. An opening is cut in the outer roof, starting from the bottom of the gutter and upwards to oa. 15 cm above the upper edge of the pipe hole.

Utskjæringen skal sentrere nærmest mulig pipehullet, of. bredden på utskjærin<g>en skal være ca 5 x profild elingen eller større, alt etter nipens dimensjon. Der utskårne takdelen plasseres etter endt arbeid på den plane plate 1, hvor den tilpasses lengden fra pipen ned til takrennen. Taket vil da se helt ut. The cut-out must be centered as close as possible to the pipe hole, of the width of the cut-out should be approx. 5 x the profile width or greater, depending on the dimension of the nip. Where the cut-out roof part is placed after work has been completed on the flat plate 1, where it is adapted to the length from the pipe down to the gutter. The roof will then look complete.

Plate 1 skyves nedenfra takrennen under de utskårne sidekantene oppover til platens øvre kant når utsparingens nedre kant Plate 1 is pushed from below the roof gutter under the cut-out side edges upwards until the plate's upper edge reaches the recess's lower edge

Plate 2 med hals, som er tilpasset takvinkelen, skyves på tilsvarende måte nedenfra, men ovenpå nlate 1 til over pipens sentrale utsparing,, of sli<1>" at platens øvre kant føres under den øvre utskjæringer i yttertaket. Plate 2 with neck, which is adapted to the roof angle, is pushed in a similar way from below, but on top nlate 1 to above the pipe's central recess,, or sli<1>" that the upper edge of the plate is brought under the upper cut-outs in the outer roof.

Por en nrn-M- ni/oe fig. 4 senkes forst piste a med hals over pipe" til den ligger mot taket, så skyves modulnlaten h under a opp mot pipen. Etterpå lem<p>es tak c op d over nlate a's kanter, og sist senkes Por a nrn-M- ni/oe fig. 4, first lower the piste a with the neck over the pipe" until it rests against the ceiling, then push the module nlat h below a up against the pipe. Afterwards, the ceiling c is glued up d over nlate a's edges, and finally lowered

>>ylf?fir> e over bal.ser. på nl.ate a, og kantene f brekkes inn i fugene nå murpinen ette" vanLi<p> ui i kkensLapermønster. >>ylf?fir> e over bal.ser. on nl.ate a, and the edges f are broken into the joints now the brick pine ette" vanLi<p> ui in the kkensLaper pattern.

Claims

1. "Procedure for open pipe" of pla te rel a pt roof kirp with device Bfr waterproof connection between pipe op outer roof where this ban conditions] "in p Tsrofi.lerinp, consisting i. mainly of two separate ulane plates (1,2 ) characterized by the fact that the maps of the plates, parallel to the direction of the roof's fall, are adapted to the vertical profiling of the roof plates, e.g. with broken profile edges, and that one plate (1) after the pipe recess is pushed up from below to the cut-out, and plate (2) with neck and fastening device is pushed on top of plate (1) in a similar way to above the pipe's central cut-out, or where the cut-out piece from the original roofing is placed over the plate (1 ) and is adapted to the same outer dimension as this.

2. Arrangement <g> of a watertight connection between pipe and outer roof with arbitrary profiling, consisting mainly of two separate flat plates (1,2) characterized by. that the plates' •-anter parallel to. the direction of the roof's fall is adapted to the origin<p>e profilerin<g> of the roof slabs, and where one slab is also equipped with neck up f attachment device for a pipe cap.