Connector connecting key of fabricated steel support and assembling method
A joint connection and assembly method technology, applied in excavation, construction, infrastructure engineering, etc., can solve the problems of weak joint connection strength and low adaptability, and achieve the effect of improving integrity
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example 1
[0033] Example 1. Steel truss braces assembled by H-shaped steel support members
[0034] For longer braces, use H-shaped steel support members 3 and joint connection keys 1 to assemble, such as Figure 7 shown. First, install the prestressing device 7 on the purlin 8. For the pair of braces over 80m, the prestressing device 7 should be installed in the middle of the brace. When the length of the brace is greater than 120m, it needs to be installed at both ends of the brace Install one of each.
[0035] Next, the H-shaped steel support member 3 is assembled in a parallel and symmetrical manner. Here, the cross-shaped connection key 11 and the T-shaped connection 12 are mainly used to strengthen the connection at the joint seam position of the H-shaped steel support member 3, and An assembled steel pair-brace truss structure is assembled by tie beams 2, tie rods 4 and bolts 5.
example 2
[0036] Example 2. Edge steel truss structure assembled with section steel support members
[0037] When the supported purlins 8 are stressed, a group of assembled steel structure side trusses with a certain width are required to support the pressure transmitted by the purlins 8 . The main axis of the steel support member 3 is parallel to the steel purlin 8. By using the cross-shaped connection key 11 and the T-shaped connection key 12, the joint seam position of the H-shaped steel support member 3 is strengthened, and through the tie beam 2 , tie rods 4 and bolts 5 are assembled into a fabricated steel support edge truss structure, such as Figure 8 shown.
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