DE1914825U - COMPONENT SET FOR HALLS WITH ROUNDED FLOOR PLAN. - Google Patents

Description

/ 2289 /

rounded ground plan

The innovation concerns a hall with a rounded floor plan, which is preferably For exhibition pavilions, for greenhouses or as a roof for seating, "The new" consists in the fact that this hall consists of detachably assembled shell segments ,, by the innovation according to Assembling from identically shaped parts, the cost of the hall can be kept comparatively low. The build will simple and the storage of the parts requires little space »No additional support structure is necessary,

For previously known halls for corresponding purposes, a large number different components used * In particular, gable parts' and doors consist of special components, the additional Cause mold, preparation and storage costs,

Result from the embodiments shown in the drawing numerous other details that are technically new and achieve further advantages.

Figures 1 and 2 belong together because Λ figure shows a space according to the innovation in a simplified cross-section and Figure 2 is a likewise simplified plan view of the same hall.

Accordingly, FIGS. 3 and 4 also belong together as a cross section and top view of an embodiment,

Figure 5 serves to explain a detail of Figures 3 and 4-,

Figures 6 and 7 show more on a greatly enlarged scale details belonging to the same embodiment,

Figures 8 and 9 are cross-sections through two further embodiments of the innovation.

FIG. 10 shows a largely schematically simplified representation the plan of another embodiment,

Many individual features of the embodiments shown and described can also be combined with others and on other embodiments be transmitted.

In Figures 1 and 2, the shell segments are denoted by 1 »2 is a Depended on a flat rectangular cross-section that holds the shell segments together below the upper apex of the hall.

. This hanging is at 3 by a counterpart and screws with the Shell segment connected »(A special design of this counterpart is described below in Figure 2,) The shell segment is bent upwards at 3 so that it rests against the input.

At 4, the shell segment is bent inwards and is supported on the outside against an abutment 5 _} which is fastened with screws 8 on a bottom rail 6. This bottom rail is bent up on its inside at 7 so that it includes the bend 4 of the shell segment. It is held in place by ground anchors 9 in the ground. The floor is excavated around the floor rail to form a recess 11, which is used in the usual way to protect against the ingress of water * Otherwise, the floor surface 10 remains flat.

From Figure 2 it can be _seen} that the segment shells 1 overlap like roof tiles at 12 and some are cut at the upper edges at 13, in order to let space for used in the inputs 2 levers 14, which engage over the upper ends of the segment shells and these hold »

The shell segments are of the embodiment illustrated in Figures 3 to 7 j reaches 15 held together by a Inp _16} of the U-shaped with its cross section over the upper ends of the shell segments. The upper opening is covered by a hood 17.

The shell segments are on a bottom rail 18, they are according to Figure 5 angled at their bands to contact surfaces 19 and in their entire surface with "skins 20" provided.

Details can best be seen from FIGS. 6 and 7. The outer sides of the IT profile of the entrance 16 are cylindrical Surfaces 21 on the shell segments 15, which are bent above at 22 and are stiffened, Tensioning screws screwed into the inlet 16 from the inside

23 press the segment shells 15 against the outside 21 of the U-profile, the segments are protected against damage by elastic intermediate layers

24 arranged, with which a support arm 25 for the hood mentioned above 17 is hinged so that you can open the hood.

According to Figure 7, the bottom rail 18 has a U-profile in which inner side 26 clamping screws 28 are screwed to press against the shell segment 15, which is at its lower end at 27 for Stiffener angled inward and reinforced, from the U-profile lobes 29 go inside. The shame of the soil is correspondingly

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- 3 -

Subdivision of the segment shells also divided, each
of its sections has an inwardly directed one at one end
Tab 29 _} as just described _} but at the other end a somewhat higher tab 30 which, according to FIG can be set in the ground.

According to FIG. 8, neck segments 32 are at their upper ends at 33
bent outwards so that they can be held together by a rope 34-. The hood, which serves to cover the central opening, is provided with a cylindrical structure 35 which has ventilation openings 36. These can be lockable if desired.

The sehal segments are supported against the ground by supports 37. A door is arranged in one of the sehal segments.

The segments are bent outwards at the bottom to form grooves 39 with ^a U-shaped cross-section, and a 4-0 concrete filling is poured into these grooves to weigh them down.

The hall according to Figure 9 is not closed, but it is only part of the circumference with shell segments / occupied, which are held together at the apex by a head piece in the shape of a spider 4-2 and the open edge of which is held by an edge bracket 4-3 on the floor.

Figure 10 shows a plan arrangement different from those previously described Round shapes of the halls deviate by inserting between the rounded sehal segments 4-4, 4-5, 4-6 non-rounded shell parts 4-7, 4-8 that are adapted to the contact edges of the segments, so that there is an elongated floor plan.

Claims (25)

Protection claims 1) Hall ^ with a rounded floor plan, characterized in that it consists of releasably assembled shell _{segments (1}} 15,41,4-4-46) ". 2) Hall according to claim 1, characterized in that the shell segments maintenance) of the upper vertex of the hall are held together by a ring (2.16). 3) Hall according to claim 1, characterized in that the shell segments are held together by a rope (34). 4) hall according to claim 1, characterized in that the shell segments held together by a head piece in the shape of a spider (42) or a star, arranged at the apex of the hall will. (Fig. 9) 5) Hall according to one of claims 1 "to 4, characterized in that the upper part; the hall is supported against the ground by supports (37) (Fig. 8). 6) Hall according to one of claims 1 to 4, characterized in that the shell segments are on a floor rail (6,18) which has bores for inserting floor anchors (9 ₅ 31). 7) hall according to claim 2, characterized in that the ring with Tensioning screws (23) are provided to hold the shell segments. 8) Hall according to claim 6, characterized in that- the bottom rail is provided with tensioning screws (28) to hold the shell segments. 9) Hall nach.Anspruch 2 _i characterized in that the ring is provided with releasable brackets (14) which reach over the shell segments in order to hold them. 10) hall according to claim 6, characterized in that the bottom rail is provided with detachable brackets that reach over the shell segments, to keep this. 11) hall according to claim 2, characterized in that the ring (2) has a flat rectangular cross-section. 12) hall according to claim 2, characterized in that the ring (16) has a U-shaped cross-section that is open at the bottom and engages over the edges of the shell segments from above. 13) Hall according to claim 1, characterized in that only a part of the circumference is occupied by shell segments (41) and the resulting open edge of the segments is anchored in the ground Edge bracket (43) is held. (Fig. 9) —2— / 2289 / / _ 2 - ξ . 14) Hall according to claim 1 to 4, characterized in that the upper tip of the hall is designed as a removable hood (17). 15) hall according to claim 14, characterized in that the hood made of plastic. 16) hall according to claim 14 _} characterized in that the hood rests on a cylindrical structure (35). (Pig. 9) 17) hall according to claim 1, characterized in that the shell segments made of corrugated (20) plastic. (Pig. 5) 18) hall according to claim I7, characterized in that the shell segments at the edges with which they touch each other, are angled (19). (Pig. 5) 19) Hall according to claim 17 _? characterized in that the shell segments overlap one another like a roof tile (1-2) at the edges with which they touch one another. 20) hall according to claim 1, characterized in that the shell segments are bent up at their lower edges to form channels with a U-shaped cross-section (39). (Mg.8) 21) hall according to claim 20, characterized in that the shell segments are weighted by in the interior poured concrete (40). 22) hall according to claim 1, characterized in that the shell segments are shaped so that the bottom of each segment fits on top of every other segment, so that the segments without Can be stacked without loss of space, 23) Hall according to claim 1, characterized in that one or more Shell segments are replaced by a door (38). (Pig. 8) 24) Hall according to AnSpI ¹ UCh 1, characterized in that an elongated plan deviating from the round shape is produced by inserting unrounded shell parts (47, 48) which are adapted to the segments at the contact edges. (Pig. 10) 25) Hall according to one of the preceding claims, characterized in that that all or some of its parts are made of transparent plastic.