DE29622114U1 - Solid house - Google Patents

Description

Description "*"

Solid house as a residential house or as an industrially usable building with a homely _appearance and any number of horizontally connectable wall or room grids, tHj? composed of wall elements and columns delimiting them.

The conventional construction method causes problems with the laying of cables of any kind.^ :

Type under plaster, because grooves for the cables have to be laboriously made by hand afterwards* and plastered again. Furthermore, putting walls together requires a lot of detailed work such as cutting and plastering. The subsequent installation of sockets and switches is very time-consuming with conventional construction methods because this requires damaging and repairing long sections of wall in an already occupied room, and this process can even leave visible traces.

The protection claims define an invention that is based on several of the following problems. A solid house with as many options as possible should be able to be manufactured flexibly and individually in a cost-effective manner and should enable subsequent extensions or changes to be made easily. For example, several walls should be able to be joined together at a common intersection point at corner angles that can be selected within certain limits without having to specifically adapt the wall elements to the corresponding angles and still have a high-strength connection to one another. Furthermore, all supply and disposal lines should be easy to lay horizontally and vertically, simply and clearly. Windows, roller shutter boxes, various doors and other components should also be able to be easily joined and aligned in or on the wall.

These problems are solved by the properties of the building defined in the protection claims. Prefabricated grooves in the stones form cavities at the joints between two stones, in which tension elements for the statics and cables can be laid and in which centering aids can be inserted to fix the stones to each other. But windows and other components can also be fixed and held in grooves in the stones.

Because the vertical columns are hollow inside, cables can be

embarrassed.

The concave arch segments at the ends of the wall connect the column and the wall

fixed to each other.

Because the vertical columns are edged, at least one wall can be added from any horizontal direction, with each subsequent wall being limited in angle by the previous ones.

Advantages

This invention ensures that the cables are laid in a precisely defined manner, which means that they can be found better and faster for subsequent ^branches and are better protected from damage such as drilling because they can be located more easily and are deeper in the wall. The grooves in the bricks make it much easier to align the adjacent components with centering aids or by inserting the components directly into the grooves. Additional sockets can be installed without having to cut open the wall. Because the joints of the walls at the corners do not have to be specially manufactured for different angles,
Considerable cost savings can be made.

An exemplary embodiment of the invention is shown in Fig. 1 to Fig. 3 .····.

Showing: 'Hl *

Fig. 1 a wall element limited by columns 1 at the ends

Fig. 2 the side view in section '", &igr;

Fig. 3 The top view

The figures show wall elements that are delimited and connected to one another by columns 1. The columns 1 are pulled against the stones 2 in their concave arch segments 8 by tension elements 5. The columns 1 have anchors 4 for the tension elements 5 and connection options 6 for supply and drainage lines, such as the drain line 7, on the outer surface. The grooves 3 in the stones 2 can accommodate lines such as the drain line 7 and the electrical line 12 and centering aids 9. The specially made grooves 10 in the stones 2 can accommodate, fix and hold window frames and other components. The concave arch segment 8 in the stones 2 makes it possible to select the corner angle 11 within limits.

Claims (5)

that the respective wall elements and/or masonry elements are separated and/or connected to each other by round, vertical columns. 2.Solid house characterized, that at the ends of the wall and/or masonry elements a concave arch segment is attached to the vertical columns, circulating around the vertical axis. 3.Solid house characterized, that the columns are hollow inside and that connecting elements for the mechanical and static anchoring and connection options for the supply and discharge of energy sources and media in the solid, liquid and gaseous state are attached to the outer surface. 4.Solid house characterized, that two columns bordering the same wall are held together by tension elements against this wall. 5.Solid house characterized, that grooves are provided at the joints of the individual stones.