Clamping bracket fastening for mounting hinges, locks or similar components onto a thin wall

A clamping clip fastening for mounting hinges, locks or structural component parts in a thin wall, a sheet metal cabinet door or housing, comprising:

• a structural component part to be fastened, said structural component having a projection which penetrates an opening formed in the thin wall;
• a clip for grasping the projection, said clip being supported on two oppositely located edge areas of the opening;
• a clamping screw for pulling said clip in the direction of the projection;
• and
• a part of the structural component penetrating the opening forming an offset on two oppositely located surfaces which are grasped by the clip, which offset receives an end of the respective clip and whose surface passes in the direction of the structural component part via an inclined surface into a surface contacting an interior face of the opening, which surface is approximately flush with the outer surface of the leg of the clip located in the offset;
• wherein the clip has the shape of a cap which engages around the projection in such a way that two oppositely located side walls of the cap have teeth at their end faces such that these teeth lie on the edge area of the opening having a longer extension than the extension of the projection, wherein a mutual displacement between the clip or projection and the thin wall is not permitted by pressure contact, but is made possible when contact is loosened;
• wherein retaining walls are provided vertical to the side walls provided with points, which retaining walls prevent a displacement of the cap with respect to the projection in a direction transverse to their extension.

A clamping clip fastening for mounting hinges, locks or structural component parts in a thin wall, a sheet metal cabinet door or housing, comprising:

• a structural component part to be fastened, said structural component having a projection which penetrates an opening formed in the thin wall;
• a clip for grasping the projection, said clip being supported on two oppositely located edge areas of the opening;
• a clamping screw for pulling said clip in the direction of the projection;
• and
• a part of the structural component penetrating the opening forming an offset on two oppositely located surfaces which are grasped by the clip, which offset receives an end of the respective clip and whose surface passes in the direction of the structural component part via an inclined surface into a surface contacting an interior face of the opening, which surface is approximately flush with the outer surface of the leg of the clip located in the offset;
• wherein the thin wall is a pipe wall;
• wherein the pipe wall has an opening or slot located opposite from the clamping fastener enabling a tool to access the clamping screw.

A clamping clip fastening for mounting hinges, locks or structural component parts in a thin wall, a sheet metal cabinet door or housing, comprising:

• a structural component part to be fastened, said structural component having a projection which penetrates an opening formed in the thin wall;
• a clip for grasping the projection, said clip being supported on two oppositely located edge areas of the opening;
• a clamping screw for pulling said clip in the direction of the projection;
• and
• a part of the structural component penetrating the opening forming an offset on two oppositely located surfaces which are grasped by the clip, which offset receives an end of the respective clip and whose surface passes in the direction of the structural component part via an inclined surface into a surface contacting an interior face of the opening, which surface is approximately flush with the outer surface of the leg of the clip located in the offset;
• wherein the clip has a through-hole in a web area and the structural component part has a threaded bore hole for the clamping screw;
• wherein the structural component part is a lock, and in that the actuating head for the clamping screw is covered when the lock is closed.