Abstract: A cable-holding device may be provided for electric and hybrid vehicles that are provided with a rechargeable storage device for storing electrical energy. The storage device may include a charging cable that can be connected to an external power supply device for the purpose of charging the storage device and is at least temporarily connected to the vehicle. The charging cable is stowed in the cable-holding device of the vehicle when not in use. The cable-holding device includes a closed holding space for receiving the charging cable. The holding space is delimited by a lower plate and an upper plate and is closed on all sides. A clear height of the holding space is only slightly greater than the diameter of the charging cable. A holding surface for the charging cable on the lower plate is dimensioned to be large enough that the whole charging cable can be held in the form of loops, and the holding space has a side through opening for the charging cable.

Abstract: A cable-holding device may be provided for electric and hybrid vehicles that are provided with a rechargeable storage device for storing electrical energy. The storage device may include a charging cable that can be connected to an external power supply device for the purpose of charging the storage device and is at least temporarily connected to the vehicle. The charging cable is stowed in the cable-holding device of the vehicle when not in use. The cable-holding device includes a closed holding space for receiving the charging cable. The holding space is delimited by a lower plate and an upper plate and is closed on all sides. A clear height of the holding space is only slightly greater than the diameter of the charging cable. A holding surface for the charging cable on the lower plate is dimensioned to be large enough that the whole charging cable can be held in the form of loops, and the holding space has a side through opening for the charging cable.

Abstract: A fastening clip for fastening coverings to body parts of a motor vehicle is provided. The fastening clip comprises a one-piece plastic part with a fastening foot for pressing into an opening provided in the respective body part, a supporting shaft adjoining the fastening foot and intended for receiving the covering by laterally pushing on a holding part provided on the covering, and a holding plate seated on the outer end of the supporting shaft. In order to improve and facilitate mounting, elastic ribs are provided on the periphery of the supporting shaft.

Abstract: A fastening clip for fastening coverings to body parts of a motor vehicle is provided. The fastening clip comprises a one-piece plastic part with a fastening foot for pressing into an opening provided in the respective body part, a supporting shaft adjoining the fastening foot and intended for receiving the covering by laterally pushing on a holding part provided on the covering, and a holding plate seated on the outer end of the supporting shaft. In order to improve and facilitate mounting, elastic ribs are provided on the periphery of the supporting shaft.

Abstract: An arrangement for securing an inner panel to a vehicle substrate uses a securing clip mounted to a clip housing in an elongate hole with a closed end and an open end. The inner diameter of a securing region in the elongate hole is greater than the diameter of the shaft of the securing clip, allowing lateral shifting of the clip so that its shaft can realign during insertion into a corresponding mating hole in the substrate. The securing region of the elongate hole includes centering members constructed in such a manner that an inserted securing clip is retained in a centered position. Consequently, the tolerance compensation function of the clips is optimized.

Abstract: An arrangement for securing an inner panel to a vehicle substrate uses a securing clip mounted to a clip housing in an elongate hole with a closed end and an open end. The inner diameter of a securing region in the elongate hole is greater than the diameter of the shaft of the securing clip, allowing lateral shifting of the clip so that its shaft can realign during insertion into a corresponding mating hole in the substrate. The securing region of the elongate hole includes centering members constructed in such a manner that an inserted securing clip is retained in a centered position. Consequently, the tolerance compensation function of the clips is optimized.