DE1434017B

DE1434017B - One or multi-storey building made of prefabricated structural elements

Info

Publication number: DE1434017B
Authority: DE
Inventors: Der Anmelder Ist
Original assignee: Individual
Current assignee: Individual

Description

sind in den Fig. 8 bis 11 dargestellt. Die in der Mitte einer Flächengrundeinheit, d. h. am Knotenpunkt zusammentreffenden Ecken von Platten sind durch ein Verankerungsteil 111 abgestützt, das in die nutenförmige Aussparung 103 der Platte 1 eingeschoben ist. Das Verankerungsteil 111 besteht aus zwei Scheiben 112, die über einen Kern 113 verbunden sind (vgl. F i g. 8 und 9).are shown in FIGS. 8-11. The one in the middle of a basic unit of area, i.e. H. at the junction Meeting corners of panels are supported by an anchoring member 111 which is inserted into the groove-shaped recess 103 of the plate 1 is inserted. The anchoring part 111 consists of two disks 112 which are connected via a core 113 (see FIGS. 8 and 9).

Zur Verankerung der Platte 1 mit den Stützen 10 dienen in den Fig. 10 und 11 dargestellte Winkelstücke 114. Das Winkelstück 114 besteht aus zwei vorzugsweise gleich langen im rechten Winkel zueinander stehenden Schenkeln 115 und 116 zwischen denen sich ein im Querschnitt U-förmiger Flansch 117 erstreckt.Angle pieces 114 shown in FIGS. 10 and 11 serve to anchor the plate 1 to the supports 10. The angle piece 114 consists of two preferably equally long legs 115 and 116 which are at right angles to one another between which a cross-sectionally U-shaped flange 117 extends.

F i g. 12 zeigt das Winkelstück 114 in Verbindung mit der Platte 1 und der Stütze 10. Der Flansch 117 des Winkelstückes 114 greift in die Aussparung 103 der Platte 1. Die Schenkel des Winkelstückes 114 umgreifen die zwei von dem Winkelstück 114 umfaßten Platten 1 (Fig. 13). Der Flansch des einteiligen Winkelstückes 114 erstreckt sich nicht über die gesamte Höhe der Schenkel, sondern befindet sich nächst dem oberen Ende der Schenkel, deren untere Enden über Schrauben 118 od. dgl. mit der Stütze 10 verbunden sind.F i g. 12 shows the angle piece 114 in connection with the plate 1 and the support 10. The flange 117 of the angle piece 114 engages in the recess 103 of the plate 1. The legs of the angle piece 114 embrace the two plates 1 encompassed by the angle piece 114 (FIG. 13). The flange of the one-piece Elbow 114 does not extend over the entire height of the legs, but is located next to the upper end of the legs, the lower ends of which are connected to the support 10 via screws 118 or the like are connected.

In Fi g. 13 ist die Draufsicht einer aus vier Platten I bestehenden Flächengrundeinheit dargestellt. Die mittig zusammentreffenden Ecken sind über das in die Aussparungen der Platten 1 eingeschobenen Verankerungsteil 111 abgestützt. Der Zusammenhalt zwischen Stützen und Platten 1 wird durch die Winkelstücke 114 erreicht. Der Zusammenschluß der vier Platten erfolgt durch den die Platten in einer der Nuten umgebenden Draht- oder Seilzug 119, der durch Spannvorrichtungen festgezogen wird.In Fi g. Figure 13 is a top plan view of one of four plates I existing area base unit shown. The corners that meet in the middle are above the anchoring part 111 pushed into the recesses of the plates 1 is supported. The cohesion between supports and plates 1 is achieved by the angle pieces 114. The amalgamation of the four Plates is carried out by the wire or cable 119 surrounding the plates in one of the grooves, the is tightened by clamping devices.

Hierzu 1 Blatt Zeichnungen1 sheet of drawings

Claims

1 t.

1. One-storey or multi-storey building from The solution to this problem consists according to the invention of prefabricated construction elements, in which the formation consists in the fact that several panels are formed into a symmetrical ceiling of triangular interconnected polygon, a surface base, which is formed by an Plates forming a unit of the plate are supported by supports connected by known corners, where tensioning devices with tightenable wire or rope, in which the plates are surrounded by supports at at most two corners. This supports a fast and zen that achieves a secure connection of the plates in its cross-section. According to a panel corner or several neighboring preferred configurations of the building according to which panel corners are appropriately adapted, and ■■ invention are individual panels of different wire or cable ties belonging to different flat base units belonging to the panels by tensioning means, according to patent application P 14 34 015.9, trains spanned. In this way, any size can be created in that several 15 storey ceiling surfaces, which are composed of basic surface units, are combined to form a symmetrical polygon, since the closed, one. .Furface base unit forming wire or cable pulls of the individual surface base plates (1) in front of one by known clamping devices overlap each other, so the wire or cable pull (119) surrounding the surface base units are surrounded. 20 cables are not arranged next to each other, but

2. One-storey or multi-storey building are intertwined one after the other. For example, a Claim 1, characterized in that a surface of six plates in the form of right-angled individual plates of different surface triangles divided into?;, two basic flaphs basic units belonging to wire or cables, so that each two panels spanned twice (119) are spanned. 25 are. The edges of the panels can be grooved

3. Single or multi-story building to be seen to claim a slip of wire or rope 1 or 2, characterized in that pulls from the plate edges; to prevent. ;

the edges of the plates are provided with grooves (102). Further features of the invention are the subject matter

are. . of claims 4 to 6.

4. Single or multi-storey building according to 30. The object of the invention is explained with reference to one of claims 1 to 3, characterized drawing. ip- _; draws that the corners of the plates with U-shaped- In F i g. 1 is a plan view of a triangular one

gen recesses "nXlÖ3) are provided. Isosceles plate 1 is shown, which is used as a floor,

5. Single or multi-storey building according to: Ceiling or wall plate is used. The hypotenuse Claim 4, characterized by in the. From 35 of the triangle preferably has a length of 3.5 to Savings (103) of adjoining panels (1) 3.7 m. Panels that interlock as wall panels can also be used Anchoring parts (111). that are half the size of the floor

6. One-storey or multi-storey building according to ■ and ceiling tiles. r, claim 4, characterized by a side view of the plate 1 is shown in "Fig. 2 of adjacent plates arranged angle pieces 40. This shows three circumferential (114) grooves 102, preferably with legs of equal length, which are used for non-slip mounting (115 and 116) and one between the legs ... of wire or cable pulls 119. The grooves protruding perpendicular to their planes into the flange (117) which can have any shape in cross-section with two recesses (103) At the corners of the plate 1 there are U-shaped

45 savings 103 planned ... ...

A section through the plate 1 along the line III-

III of FIG. 1 is shown in FIG. The plate 1 is

preferably designed as a composite panel and

consists of one made of aluminum, asbestos cement

"■■." γ.:.: 'ο .50 or the like. Carrying part 5 produced, one on or in the

The subject of the main patent application is an insulating layer 6 laid on a supporting part and one of the decoders multi-storey building made of prefabricated kening surface-forming support

7. The construction elements of the support, in which the floor ceilings are made of three-opposite sides of the plate has formed a pan-shaped, interconnected plates, for receiving horizontally through 55 fender installations connected to the plate corners The plates 1 are supported with two corners by the supports, which are equipped in socket-like recesses 4. The cross-section of one plate corner or several corners of the plates which the recesses 4 have adjacent plate corners sen adjusted accordingly, the supports are made of wearing material, and wherein the plates to each other by 60 I _n Figures 4 to 7 are side views and clamping means rigidly connected. plan views of columns are shown. have

In the building according to the main patent application room height, i.e. about 2.50 m. The pillars 10 are The connection of the plates is adapted to the cross-section of the corner of the plate 1. One The double column engaging the abutting plate edges is shown in FIG. 6 and 7 shown. The Clamping means accomplished. According to requirements, this combination can also be more than NEN of the plates at the respective adjacent edges two supports according to F i g. 4 be attached to each other, is very time consuming. That of anchoring the panels to one another

With the invention, a further training and the plates with the pillars serving means