Standardized compression bar system for a braced front construction
A compression bar system for a braced façade structure is disclosed. The system includes a compression bar, and connecting elements connectable to the compression bar. Each connecting element is formed as a pre-fabricated part and is connectable to tie elements.
1. A compression bar system for a braced façade structure, comprising:
a compression bar;
connecting elements connected to the compression bar and including tie connectors connectable to tie members of the braced façade structure; and
a connecting rod, the compression bar and each connecting element being connected to each other by the connecting rod passing through the compression bar and said each connecting element,
wherein each connecting element is formed as a single integral pre-fabricated unit and is connectable to the compression bar as the single integral pre-fabricated unit.
2. The compression bar system of claim 1 , wherein each connecting element is releasably connected to the compression bar.
3. The compression bar system of claim 2 , wherein the connecting elements comprise a first connecting element releasably connected to a first end of the compression bar, and a second connecting element releasably connected to a second end of the compression bar.
4. The compression bar system of claim 3 , further comprising an attaching element connected to the first connecting element for attachment to a building.
5. The compression bar system of claim 3 , further comprising a cover cap covering an open end of the second connecting element.
6. The compression bar system of claim 3 , wherein the connecting elements comprise a third connecting element connected to a portion of the compression bar between the first end and the second end.
7. The compression bar system of claim 1 , wherein the tie connectors comprise connecting lugs for connection to the tie members.
8. The compression bar system of claim 7 , wherein the connecting lugs comprise two connecting lugs which are uniaxially opposite each other.
9. The compression bar system of claim 7 , wherein the connecting lugs comprise four connecting lugs which are biaxially crosswise opposite each other.
10. The compression bar system of claim 7 , wherein the connecting lugs comprise two pairs of connecting lugs, the connecting lugs of each pair being uniaxially opposite each other.
11. The compression bar system of claim 7 , wherein the connecting lugs comprise six connecting lugs which are biaxially crosswise opposite each other.
12. The compression bar system of claim 1 , wherein each connecting element has a hollow, pot-shaped body, the pot-shaped body having a bottom and a through opening at the bottom for receiving the connecting rod.
13. The compression bar system of claim 12 , wherein the pot-shaped body comprises a peripheral wall having a threaded interior surface.
14. The compression bar system of claim 13 , further comprising an element threadably receivable in the threaded interior surface, the element comprising one of an adapter for receiving an additional compression bar, an attachment element for attachment to a building, or a cover cap for covering an open end of the pot-shaped body.
15. The compression bar system of claim 12 , wherein the pot-shaped body has a stepped shoulder at the bottom so that the compression bar is fittable on the stepped shoulder.
16. The compression bar system of claim 15 , further comprising an O-ring received in an annular groove define in the stepped shoulder.