DE202021101758U1 - Component for hall construction - Google Patents

Abstract

Component for hall construction with two nested C-profiles (10, 11), the C-profiles (10, 11) each having a flat floor section (13, 18) and angular sections (14, 19) on opposite sides of the same, characterized in that a clear distance (a ₁ ) of the angular section (14) to the bottom section (13) of one C-profile (10) is smaller than an outer _{distance (b 2} ) of the angular section (19) of the other C-profile ( 11) to the bottom section (18) of the same, so that the two C-profiles (10, 11) are nested with one another to form a hollow chamber (24) on opposite sides of the component (9) formed in this way.

Description

The invention relates to a component for hall construction with two nested C-profiles, the C-profiles each having a flat floor section and angled sections on opposite sides of the same.

From the DE 101 36 550 A1 a component for hall construction is known, which consists of two interleaved C-profiles. Support struts and connecting struts can be formed from the assembled C-profiles, from which a building skeleton can be assembled. If the building skeleton is covered with wall shells, halls or other buildings can be created with it. The disadvantage of the known C-profiles is that angular sections adjoining the opposite bottom sections have a shoulder. This means that the C-profiles can indeed be plugged into one another in pairs in such a way that the angle sections of both C-profiles lie directly against one another. The disadvantage of the known component, however, is that the C-profiles to be connected in pairs have to be plugged into one another in the longitudinal direction of the same. This makes assembly relatively complex.

The object of the present invention is therefore to specify a component for hall construction or a building, the components being easily manufactured and easily assembled from C-profiles.

To solve this problem, the invention in connection with the preamble of claim 1 is characterized in that a clear distance of the angle section to the bottom section of one C-profile is smaller than an outer distance of the angle section of the other C-profile to the bottom section of the same, so that the two C-profiles are nested with one another on opposite sides of the component formed in this way, forming a hollow chamber.

According to the invention, a clear distance between the angular sections and the bottom section of a C-profile is smaller than an outer distance between the angular section of another C-profile and the bottom section of the same, so that the two C-profiles can be nested into one another to form a hollow chamber on opposite sides of the component can be arranged. In this way, the C-profiles can advantageously be brought into a nested assembly position at the assembly site in an assembly direction running transversely to the direction of extent of the C-profiles, in which they are then preferably connected to one another by screwing. A closed component is thus created, a distance being formed between the angular sections of different C-profiles arranged on the same side of the component. In each case an angular section of one C-profile rests with a free end on the angular section of the other C-profile. A stable component with an enlarged cross-section can advantageously be created in a simple manner from two C-profiles. This component is statically more stable. The C-profiles are easier to align and assemble during assembly.

According to a preferred embodiment of the invention, the angle section is L-shaped, which adjoins the bottom section of the C-profile. The profiles can advantageously be produced simply by reshaping, in particular by bending.

According to a further development of the invention, the C-profiles have the same cross-section, with an adaptation to the predetermined heights or widths of the skeleton structure being achieved simply by cutting the C-profiles to length.

An exemplary embodiment of the invention is explained in more detail below with reference to the drawings.

• 1 eine perspektivische Darstellung einer Halle in Skelettbauweise, wobei eine Decke der Halle mit Wandelementen beplankt ist,
• 2 eine perspektivische Darstellung der Halle gemäß 1, bei der Seitenwände teilweise mit Wandelementen beplankt sind und
• 3 einen Querschnitt durch Bauteile, die zum Skelettbau der Halle gemäß 1 und 2 verwendet werden.

Show it:

• 1 a perspective view of a hall in skeleton construction, with a ceiling of the hall is planked with wall elements,
• 2 a perspective view of the hall according to 1 , where the side walls are partially covered with wall elements and
• 3 a cross-section through components that make up the skeleton construction of the hall according to 1 and 2 be used.

A Hall 1 according to 1 and 2 is created in a skeleton construction, namely from a large number of upright support struts 2 and connecting struts connecting them 3 . In addition, the connecting struts, which preferably run horizontally, can be connected to the supporting struts 2 via diagonal struts 4th be connected. After joining the support struts 2 , Connecting struts 3 and diagonal struts 4th on a foundation 5 can have upright sides 6th and a roof 7th by cladding wall elements 8th be planked and made tight.

The support struts 2 and / or the connecting struts 3 and / or the diagonal struts 4th are each as components 9 executed, each from a first C-profile to be nested with one another 10 and second C-profile 11 are joined together.

It should be noted that these components 9 not only to create a hall, but also others Buildings such as stages or the like can be used.

In 3 is an example of the component 9 shown in the assembled state. Depending on the stability requirements, the component can 9 have a different length L, width B and depth T. Assume that the in 3 component shown 9 as a connecting strut 3 the hall 1 serves.

The component 9 consists of the first C-profile 10 and the second C-profile 11 with their open side in the assembly direction 12th can be assembled relative to one another.

The first C-profile 10 has a bottom portion 13th and an angle section adjoining the same on opposite sides 14th which are each L-shaped. The two angular sections 14th of the first C-profile 10 each have a leg element 15th on, which is directly attached to the floor section 13th of the first C-profile 10 connects, and one to the leg element 15th subsequent foot section 16 on that a free end 17th having.

The second C-profile 11 has a bottom portion 18th and adjoining angular sections on both sides of the same 19th on. The angular sections 19th are each L-shaped with a directly on the bottom section 18th subsequent leg element 20th and a foot element adjoining the same 21 that a free end 22nd having.

How out 3 can be seen is the first C-profile 10 with the engagement of the first angular section 14th into the opening of the second C-profile 11 transversely to the longitudinal extension of the C-profiles 10 , 11 inserted until the engaging angular section 14th of the first C-profile 10 inside against the bottom section 18th of the second C-profile 11 strikes. By moving the first C-profile sideways 10 at right angles to the mounting direction 12th beats the first C-profile 10 with its one angular section 14th towards the free end 22nd of the first C-profile 10 and a free end 17th of the other angular section 14th of the first C-profile 10 against the other angular section 19th of the second C-profile 11 on. The assembly position of the two C-profiles is now 10 , 11 reached each other.

Preferably at regular intervals in the longitudinal direction of the C-profiles 10 , 11 assign the bottom sections 13th , 18th same holes 23 so that the two C-profiles 10 , 11 can be firmly connected to one another in the assembly position by screwing. When the holes 23 in a central area of the floor sections 13th , 18th between the respective angular sections 14th are located, the two floor sections 13th , 18th of the C-profiles 10 , 11 connected with each other.

When the holes 23 on the respective foot elements 16 , 21 and the corresponding floor sections 13th , 18th of the C-profiles 10 , 11 are located, the fixation can be under the direct contact of the leg element 16 of the one C-profile 10 at the bottom portion 18th of the other C-profile 11 respectively.

Out 3 it can be seen that a clear distance a _{1 of} the angle section 14th of the first C-profile 10 to the bottom section 13th the same is smaller than an outer _{distance b 2 of} the angle section 19th of the second C-profile 11 to the bottom section 18th same. This ensures that the leg elements 15th of the first C-profile 10 always at a distance x from the leg sections 20th of the second C-profile 11 are arranged. It is thus on the opposite sides of the component thus formed 9 a hollow chamber 24 educated. A cross-sectional area of the hollow chamber 24 is therefore dependent on the distance between the foot elements 16 , 21 of the one C-profile 10 , 11 to the bottom section 13th , 18th of the other C-profile 10 , 11 on the one hand and the distance of the free end 17th , 22nd of the one C-profile 10 , 11 to the leg element 20th , 14th of the other C-profile 10 , 11 on the other hand.

With regard to a longitudinal center _{plane M L} , which is perpendicular to a cross-sectional area of the component 9 runs are longitudinal center planes M ₁ , M _{2 of} the C-profiles 10 , 11 by a width x of the hollow chamber 24 offset to the longitudinal center plane M _{L of} the component 9 symmetrically arranged. With regard to the longitudinal center plane M _{L of} the component 9 is the pair of C-profiles 10 , 11 mirror-inverted symmetrically arranged.

In the present embodiment, the two C-profiles 10 , 11 formed the same, ie the bottom sections 13th , 18th and the angle sections 14th , 19th each have the same dimensions. A clear distance b _{1 of} the angle section 19th of the second C-profile 11 to the bottom section 18th the same is smaller than an outer _{distance a 2 of} the angle section 14th of the first C-profile 10 to the bottom section 13th same.

Alternatively, you can use the first C-profile 10 and the second C-profile 11 also have different dimensions.

The C-profiles are preferably made 10 , 11 made of a steel material. The C-profiles 10 , 11 are formed from a blank into the C-shape, preferably by bending. In addition, the C-profiles 10 , 11 with holes 23 provided so that the C-profiles, which are nested in pairs, are positively fixed 10 , 11 can be done.

The forming is basically done at a 90 ° angle, so that the angle sections of the C-profiles 10 , 11 perpendicular to the respective floor sections 13th , 18th protrude and even have an L-shape. The C-profiles are advantageous 10 , 11 thus a simple basic form.

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• DE 10136550 A1 [0002]

Claims (10)

Component for hall construction with two nested C-profiles (10, 11), the C-profiles (10, 11) each having a flat floor section (13, 18) and angular sections (14, 19) on opposite sides of the same, characterized in that a clear distance (a ₁ ) of the angular section (14) to the bottom section (13) of one C-profile (10) is smaller than an outer _{distance (b 2} ) of the angular section (19) of the other C-profile ( 11) to the bottom section (18) of the same, so that the two C-profiles (10, 11) are nested with one another to form a hollow chamber (24) on opposite sides of the component (9) formed in this way. Component after Claim 1 , characterized in that the hollow chamber (24) is delimited by the angular section (14) of one C-profile (10) and by the angular section (19) of the other C-profile (11). Component after Claim 1 or 2 , characterized in that a cross-sectional area of the hollow chamber (24) is dependent on the clear distance (a ₁ , b ₁ ) of the angle sections (14, 19) and a length (x) of a free end (17, 22) of the angle section (14 , 19) of the C-profiles (10, 11). Component according to one of the Claims 1 until 3 , characterized in that the angle section (14, 19) of the C-profiles (10, 11) is L-shaped with a leg element (15, 20) protruding perpendicularly from the bottom section (13, 18) and with a leg element (15, 20) attached to the Leg element (15, 20) connecting at right angles foot element (16, 21) containing a free end (17, 22). Component according to one of the Claims 1 until 4th , characterized in that the paired C-profiles (10, 11) are of the same design. Component according to one of the Claims 1 until 5 , characterized in that the bottom section (13, 18), the leg element (15, 20) of the angle section (14, 19) and the foot element (16, 21) of the angle section (14, 19) are flat. Component according to one of the Claims 1 until 6th , characterized in that the C-profiles (10, 11) consist of a steel material. Component according to one of the Claims 1 until 7th , characterized in that the paired nested C-profiles (10, 11) are fixed to one another by screwing. Component according to one of the Claims 1 until 8th , characterized in that the component (9) is designed as a support strut (2) and / or a connecting strut (3) and / or a diagonal strut (4) of a building skeleton. Building with a plurality of interconnected components (9) according to one of the Claims 1 until 9 .

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