DE7211343U - Box element made of panels for floors, walls, ceilings and roofs - Google Patents

Description

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ARGhIΓΕλΤ PETER a-iU ^ LBSIß «8Ö39. BAD? ÜFJSHuFEiVBLLTErmüF TEL.797

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Box element made of panels, for floors, walls, ceilings and roofs.

Even if the traditional building materials wood, brick, steel and Concrete have proven their worth so far, but the new building is increasingly turning to the assembly method of lightweight building materials The construction method for ships, airplanes / Vohnwa gen etc. provides a tried and tested role model. movable accommodations. Self-understood and = borrowed A new type of construction must not lead to an obsolescence; rather, one would even expect that a new type of construction will not only be better but at the same time should be nicer and cheaper.

The present subject matter of the invention relates to a component in Flat, box-like hollow = composite shape on the flattened bodies which are used to manufacture floors, walls, ceilings and roofs The production takes place from particularly suitable special panels, according to the previous S'tadd (Her ', -r ■ - technology, for example, made of chipboard ^ jP :) and the like. ,Which

before processing or after manufacturing the elements Special preparation must be protected against moisture, rot and flammability. The connection of the individual box walls takes place preferably by means of gluing, nails, screws, staples etc. with appropriate surface protection or made of correspondingly sensitive material. To be used for large or high spans Loads to be able to leave the height of the box elements within technically possible limits are braced in the hollow chambers = gen of the cross-section or in the longitudinal direction e.g. in the form of Git = The length of the box element is aligned either according to the standard length of the available plates Fhena-pan z, B.4-.2O m, or in a made-to-measure version initially up to 4.2Om and beyond, in this case made of composite panels which by gluing available panels together with = by means of covered jugular bumps, where for special = whose static loads or pin connections such as e.g. using nails, screws, rivets, staples, etc. can be established For the connection of the box elements lined up next to one another, tongue and groove joints or interlocking strips are provided. The box cavity is filled with appropriate insulation material, such as e.g. hard foam granules, hard foam sheets or glass wool in lot = spherical condition or as had, plates and the like without or with to =

additional covering au & paper, foil and the like. against, undesirable Influences e.g. temperature, effect, etc. with this element healthy and inexpensive buildings with a solid design with a long service life can be created of the individual elements is extremely simple and, in an emergency, can also be done by non-experts, e.g. DO IT YOURSELF be made.

" Description

Fig.1 shows the cross section through a box element KE with the

statically determined dimensions or standard dimensions width

^B sta ~ ^{Hone H} sta ~ ^{LäQße L} sta ^which can be dimensioned for walls WaDi as well as floors, ceilings and roofs DB. In addition to a trapezoidal cross-section, the box is preferably rectangular. RE get, whereby the connection of the individual elements with each other by means of tongue and groove takes place along the peak times of the top and bottom walls DW BW, or by means of strips L ^ - L ~ which with = each other an Eisrastprofil SiPro and also ensure a very precise connection, ABU, whereby the joint density is additionally increased by undercutting the edges towards the inside of the box. The side box walls are either butted together with no gap oA and only with sealing lining DiB, or with a spacing A in particular at 4abriagiiQS the strips L ^ -L-. . In the cavity HR of the box and at a distance == space AR, we see the insulating material insert DSt as an insulating filling. The visible outer sides of the element are either delivered naked or the top or outer side is provided with an underlay TJB as a pre-construction and the bottom or bottom side. Inside side ^ 'ZusäxHSjJLcn with a coat of paint A,

a wallpaper Ta, a good coating PHBe -like e.g. Lightweight panels LBPL or plaster-stick covering made of ent = Talking Eaicbe or mortar etc. with molded handle! = gen detention organs or with additionally interspersed detention organs = ganen e.g. a \ i§ Qustrzsand, fine split and similar material HO.

Figures 2 to 4 show weitexe design details, such zBVerbund- ^"7 andteiIe and bracing Ou ^ tr u.

Claims (1)

Schiitzaas QTUche : - 3 - Ί. (Main claim). Bastene learn nt from Hatten for 3ödea, walls, Ceilings and roofs, thereby at least one denuded Box closed on four long sides to put together larger J? laughs from two or more elements the connection side is provided with jiinrastorganen. (Fig. 1 to 4) 2. Box element ... according to claim 1 dad.gekenaz.dass this preference = wise right corner crosswise el; nitt owns and along the! margins Fu on the visible sides DW - BW with grooves for tongue connections Ni? is provided. (Fig.1 at V and oA) 3. Box element ... according to claim 1 dad.gekennz.da3 this advantage = • wise triangular shape with protruding edges VR and is provided with locking elements on the tongue and groove NF or with strips attached to each other (Fig. 1 L ^ - L ₀ ) β a ι <L _y 4. Box element ... according to Ansor.1 and 3 dad.gekennz.dass the Lei = S. Most preferably wedge-shaped outer edges kei have and at the connection edge η of the box visible walls an undercut: connection hi is attached (Fig. 1) 5. Box element ... according to claim 1 u.weit.Anspr.dad.gekennz.daß the same preferably has only one cavity, but in the If necessary, e.g. for static requirements with three or more web walls StW can be produced. (Fig. 1 and 3 at StW) 6. box element., .According to claim 1 and wide.Anspr.dad.gekennz.daß this is provided with an additional reinforcement e.g. strivings ^ uStr - LStr for special loads. (Fig. 3 and 4) 7. Box element ... according to claim 1 u.weit.Anspr.dad. marked that this to achieve "beyond the plate elements = lengths of two or more plate lengths layer = white next to each other and in a longitudinal bond that covers the joints (Fig. 2 for V-Fu-Fuü kle) 8. Box element ... according to claim 1 u.weit.Anspr.dad.gekennz.daß then preferably the box shaped without protruding edges oA incidentally also intended for the production of beams e.g. as permanent formwork or as hollow beams and is made for it. 9 Box element ... according to claim 1 u.weit.-nspr.dad.gekenaz.dai preferably the box shaped without protruding edges oA incidentally also for adjusting Luit channels, Cable ducts and the like are provided and designed for them. 10. Box element .., according to AnsTr.1 and far. Claim dad. marked d & E that the box intended for lozenges, ceilings and roofs is filled with insulating material both in its cavity and in the space between two adjoining box elements. (Abr, .1 at DSt \ 11. load element .. .uach claim 1 and wide. A-spr. dad. geke nuz _s dai: the box, which is formed without protruding sand, between the contacting connecting walls is provided with a sealing lining DiB. (Fig. 1) 12. Box element ... according to claim 1 u.weit.Anspr.dad-ßekennz.daß this is additionally coated or coated with HDch over one or both visible surfaces for specific purposes in preparation Is provided (Fig.1 for A-Ta- PhBe -HO -LBPl) 15. Box element ... according to claim 1 u.weit.Anspr.dad.gekenuz.daß for the production of house corners, floor and ceiling edges as well Eaves and the like at least the connecting edge of the box is preferably carried out without protruding bands. (Fig.1 oA) 14. Box element ... according to claim 1 u.weit.Anspr.dad.gekenuz.daß this on one or both visible surfaces with a plaster = adhesive layer or with plastic or granular Adhesive organs is provided (Fig. 1 for rHBe - HO) 72 Ü3A3-7,8.72