Abstract: A clamping ring has a flexible holding strap and a pivotal locking mechanism on the holding strap. A holding member has two apertures for receiving the holding strap. The apertures are arranged in reorientation points where the holding member is converted at each end into a foot part. A supporting strap engages at least partially on the holding strap and faces toward the interior of the clamping ring. The apertures are completely surrounded by the holding member. The holding member has a curved installation point or breakpoint in its middle bearing part between its two foot parts. The middle bearing part engages the holding strap and is arranged between the holding strap and a supporting strap. Between the holding strap free ends and the holding member, the supporting strap engages the holding strap and is connected with the holding strap in the area of their free ends.

Abstract: A clamp includes a flexible collar with a locking part, a holding part with two cutouts receiving the collar, and a holding mechanism for locking the collar in place on the holding part. The two cutouts open exteriorly on one side of the holding part.

Abstract: The attachment system connects power lines on at least one base plate formed of a flexible strip. The base plate has a pattern of holes passing all the way through the base plate. These holes form rows extending at least partially parallel to one another and assuming a predetermined spacing from one another. The attachment system also has attachable/detachable elements on the base plate, each of which has a main body for receiving at least one power line and a first type of pedestal for stationary engagement in the holes. The plastic strips is 0.5 to 5 mm thick. Instead of plastic, the strip can be steel with a 0.1 to 0.5 mm thickness. At least in some of the rows of holes, the sum of the hole dimensions in each such row, under bending stress along each such row, form a definite kink point.