摘要:
The mounting bracket (7) is adapted for installing a roof window in a roof structure (100), comprising a first bracket leg (71) for fastening to the roof structure and a second bracket leg (72) for fastening to a frame of the roof window. The first bracket leg (71) and the second bracket leg (72) are adjoined by a bend (76) defining a width direction of the mounting bracket (7). The first bracket leg (71) comprises at least one deformation section (77) configured to allow the mounting bracket (7) to undergo plastic deformation when the roof window is subjected to a sudden, severe load change such as an impact. The mounting bracket further comprises an additional cut-out (79) provided at the bend (76), said cut-out being surrounded by two transition portions (78) to provide a secondary weakening geometry.
摘要:
In a roof window comprising a frame, a sash, and a locking assembly (10) connecting the sash with the frame, the locking assembly (10) is provided with at least one deformation section (31, 32, 33, 34) configured to allow the locking assembly (10) to undergo plastic deformation when the roof window is subjected to a sudden, severe load change such as an impact. The deformation sections are provided as deformation slits (31, 32, 33, 34) in the lock casing (20) of the locking assembly (10).
摘要:
An insulating member (10) for use between a window (1) and a load-bearing structure comprises a first insulating element (101) made from a dimensionally stable insulating material, a second insulating element (102) made from a compressible insulating material, and fastening means (103,104) for fastening the insulating member (10) to the window (1) or the load-bearing structure. The first and second insulating elements (101,102) are interconnected so that, when seen in the orientation of the intended use, the first insulating element (101) is on top of the second insulating element (102), and the fastening means (103,104) is attached to the first insulating element (101). The second insulating element (102) can be made from a slit material with slits extending in a height direction from a lower side. During mounting the second insulating element (102) is brought into contact with the underlying roof structure (20) and is locally compressed by battens (9) and other projections thereon.