RU51065U1 - MULTI-PURPOSE BUILDING - Google Patents

Abstract

The utility model relates to construction, in particular to the structures of buildings and structures and can be used in the construction of, for example, warehouses. The technical task of the claimed utility model is to increase the reliability and manufacturability of the installation of building structures. The columns are located around the perimeter of the building, and in the upper part, at an angle, they are rigidly connected to the corresponding floor beams, perpendicular to which the runs are installed, to which the profiled sheet is in turn fixed, and embedded plates are installed in the foundation beams, to which the girders with corner elements are attached , the lower part of the wall panel is attached to the girder base and corner element.

Description

The utility model relates to construction, in particular to the structures of buildings and structures and can be used in the construction of, for example, warehouses.

A warehouse-type building is known, including load-bearing and enclosing elements of walls and coatings, a conveyor gallery located above the stored material located in compartments separated by retaining walls, the conveyor gallery being supported by retaining walls, and the load-bearing covering elements - on the conveyor gallery (A.C. USSR No. 580296).

The closest technical solution is a one-story building, including a foundation, longitudinal beams supported on columns, wall panels with window openings, floor slabs forming a gable roof, supported on wall panels (AS USSR No. 163159) - a prototype.

The disadvantage of the above design is not the high reliability of the building.

The technical task of the claimed utility model is to increase the reliability and manufacturability of the installation of building structures.

The technical problem is achieved in that the building includes a foundation, columns with longitudinal beams, wall panels with window openings, floors forming a gable roof, and the columns are located around the perimeter of the building, and in the upper part, at an angle, are rigidly connected to the corresponding floor beams, perpendicular to which the runs are installed, to which, in turn, the profiled sheet is fixed, and in the foundation beams, embedded plates are installed, to which the girder socles with corner elements are attached, to the girder socle and

the lower part of the wall panel is attached to the corner element, and a shaped element is installed between the wall panel with the girder base and the corner elements. Crane tracks and a beam crane are mounted on the beams.

Comparison of the claimed utility model with the prototype shows that it differs in the following features:

- columns are located around the perimeter of the building;

- columns in the upper part at an angle, are rigidly connected to the corresponding floor beams;

- runs run perpendicular to the floor beams;

- profiled sheet is fixed to the runs;

- embedded plates are installed in the foundation beams;

- bolt caps with corner elements are attached to the embedded plates;

- the lower part of the wall panel is attached to the girder base and corner element;

- a shaped element is installed between the wall panel with a girder base and corner elements;

- wall panels are made of profiled sheet;

- crane runways and a crane crane are mounted on the beams.

Therefore, it meets the criterion of "novelty."

A utility model can be manufactured using standard equipment and well-known technological processes, therefore it meets the criterion of "industrial applicability".

Figure 1 schematically shows a section of the building, Figure 2 shows the construction of the basement of the building, Figure 3 shows the layout of the columns around the perimeter of the building.

The building contains a foundation 1, columns 2 with longitudinal beams 3, wall panels 4 with window openings 5, gable roof 6, with beams 7, which are rigidly

connected at an angle with the columns 2. Runs 8 are installed perpendicular to the beams 7, on which the profiled sheet 9 is attached. Wall panels 4 can also be made of profiled sheet. Crane ways 10 with a crane beam 11 are installed on the longitudinal beams 3. FIG. 2 shows the construction of the basement of the building, which includes a mortgage plate 13 on the foundation beam 12, to which the base beam 14 with corner elements 15 and 16 is attached. To the beam base and the lower part of the wall panel 4 is attached to the corner element 15. A shaped element 17 is mounted between the wall panel 4, the crossbar 14 and the corner elements 15 and 16.

This design increases the reliability of the building and the manufacturability of the assembly of structures.

Claims (3)

1. The multi-purpose building, including the foundation, columns with longitudinal beams, wall panels with window openings, ceilings forming a gable roof, characterized in that the columns are located around the perimeter of the building, and in the upper part, at an angle, are rigidly connected to the corresponding floor beams , perpendicular to which the runs are installed, to which, in turn, the profiled sheet is fixed, and in the foundation beams, embedded plates are installed, to which the girder socles with corner elements are attached, to the girder socle The lower part of the wall panel is attached to the corner and the corner element, and a shaped element is installed between the wall panel, the girder base and the corner elements. 2. The building according to claim 1, characterized in that the wall panels are made of profiled sheet. 3. The building according to claim 1, characterized in that the crane rails and the crane beam are mounted on the beams.