Abstract: The invention relates to an adapter element for fastening a planar element, in particular an awning, to a vehicle, including an adapter body, which has a first edge region for fastening the adapter element to a vehicle, and a second edge region for fastening a planar element to the adapter element. The first edge region of the adapter body is equipped with a vehicle connection element for releasably fastening the first edge region to a vehicle. The second edge region of the adapter body is equipped at the second edge region with a planar element connection element for releasably fastening the second edge region to an edge region of a planar element. The invention also relates to a modular system having such an adapter element and having a planar element.

Abstract: To produce a cost-effective fuse in chip design, which is applied to a carrier substrate made of a Al2O3 ceramic having a high thermal conductivity, and which is provided with a fusible metallic conductor and a cover layer, in which the melting point of the metallic conductor may be defined reliably, it is suggested that an intermediate layer having low thermal conductivity be positioned between the carrier substrate and the metallic conductor, the intermediate layer being formed by a low-melting-point inorganic glass paste applied in the screen-printing method or an organic intermediate layer applied in island printing. Furthermore, a method for manufacturing the fuse is specified.

Abstract: To produce a cost-effective fuse in chip design, which is applied to a carrier substrate made of a Al2O3 ceramic having a high thermal conductivity, and which is provided with a fusible metallic conductor and a cover layer, in which the melting point of the metallic conductor may be defined reliably, it is suggested that an intermediate layer having low thermal conductivity be positioned between the carrier substrate and the metallic conductor, the intermediate layer being formed by a low-melting-point inorganic glass paste applied in the screen-printing method or an organic intermediate layer applied in island printing. Furthermore, a method for manufacturing the fuse is specified.

Abstract: In order to produce a cost-effective fuse in chip design, which is applied to a carrier substrate made of a Al2O3 ceramic having a high thermal conductivity, and which is provided with a fusible metallic conductor and a cover layer, in which the melting point of the metallic conductor may be defined reliably, it is suggested that an intermediate layer having low thermal conductivity be positioned between the carrier substrate and the metallic conductor, the intermediate layer being formed by a low-melting-point inorganic glass paste applied in the screen-printing method or an organic intermediate layer applied in island printing. Furthermore, a method for manufacturing the fuse is specified.

Abstract: In order to produce a cost-effective fuse (100) in chip design, which is applied to a carrier substrate (10) made of a Al2O3 ceramic having a high thermal conductivity, and which is provided with a fusible metallic conductor (13) and a cover layer (14), in which the melting point of the metallic conductor (13) may be defined reliably, it is suggested that an intermediate layer (11) having low thermal conductivity be positioned between the carrier substrate (10) and the metallic conductor (13), the intermediate layer (11) being formed by a low-melting-point inorganic glass paste applied in the screen-printing method or an organic intermediate layer (11) applied in island printing. Furthermore, a method for manufacturing the fuse (100) is specified.

Abstract: A process for producing an adhesive tape with a stripe-shaped application of the adhesive on a backing material, where the backing web is guided past a dip roll which is in contact with the backing web, the roll rotates in a bath of adhesive, thereby transferring the adhesive to the roll surface, the roll is designed such that after the roll has run through the bath at least one stripe on the roll surface is adhesive-free.