| 摘要 |
The invention relates to a reinforcing device (2) for an electronics cabinet (1) having angled struts (6, 7) of which in each case one pair in the vicinity of the door (5) is attached pivotably into the corner points (8, 9) of the framework (3) of the electronics cabinet (1), and whose apexes are connected to one another in a force-fitting and positively locking manner by means of a clamping closure (13) when they are pivoted in. The diagonal reinforcement achieved in this manner results in good vibration protection and resistance to earthquakes. In order to prevent a displacement of the two angled struts (6, 7) with respect to one another in their apex region (A) in the event of large vibration or shock loads, the one angled strut (6) is provided in the region (A) of its apex with at least one projection (15b) and the other angled strut (7) is provided with at least one depression (14b), which engage in one another in a positively locking manner when the clamping fastener (13) is closed. As a result of this positively locking engagement of the two angled struts (6, 7) in their apex region, slight displacements in this region are prevented, even in the case of a large shock load, and hence the diagonal reinforcing is improved without having to design the clamping closure (13) to be mechanically particularly stable. <IMAGE>
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