Abstract: A windshield wiper device (10), particularly for a motor vehicle, is proposed. This windshield wiper device comprises a wiper bearing (14) supporting a wiper shaft (16), which has an undercut (48) in which a securing device (40) for axially fixing the wiper shaft (16) in the wiper bearing (14) is arranged. The securing device (40) can be displaced by the effects of a defined axial force component (F) on the wiper shaft (16), whereby the wiper shaft (16) can be displaced in relationship to the wiper bearing (14). According to the invention, the securing device (40) comprises a bushing section (42) with an indentation (50), which engages in the undercut (48) of the wiper shaft (16).

Abstract: Disclosed is a wiper arm (10) for a windshield wiper device, in particular for a motor vehicle. It is comprised of at least one fastening part (12) for fastening the wiper arm (10) to the windshield wiper device, one articulated part (16), which is connected in an articulated manner to the fastening part (12) so as to be moveable in a first plane, one spring element (34), which is arranged between the fastening part (12) and the articulated part (16) and is provided with a tension spring (32) that is stressed during a relative movement between the fastening part (12) and the articulated part (16), and one fastening means (30) connecting the tension spring (32) to the fastening part (12). According to the invention, the fastening means (30) has a U-shaped bend (36), which runs in a second plane that is perpendicular to the first plane.

Abstract: A windshield wiper device (10), particularly for a motor vehicle, is proposed. This windshield wiper device comprises a wiper bearing (14) supporting a wiper shaft (16), which has an undercut (48) in which a securing device (40) for axially fixing the wiper shaft (16) in the wiper bearing (14) is arranged. The securing device (40) can be displaced by the effects of a defined axial force component (F) on the wiper shaft (16), whereby the wiper shaft (16) can be displaced in relationship to the wiper bearing (14). According to the invention, the securing device (40) comprises a bushing section (42) with an indentation (50), which engages in the undercut (48) of the wiper shaft (16).

Abstract: Disclosed is a wiper arm (10) for a windshield wiper device, in particular for a motor vehicle. It is comprised of at least one fastening part (12) for fastening the wiper arm (10) to the windshield wiper device, one articulated part (16), which is connected in an articulated manner to the fastening part (12) so as to be moveable in a first plane, one spring element (34), which is arranged between the fastening part (12) and the articulated part (16) and is provided with a tension spring (32) that is stressed during a relative movement between the fastening part (12) and the articulated part (16), and one fastening means (30) connecting the tension spring (32) to the fastening part (12). According to the invention, the fastening means (30) has a U-shaped bend (36), which runs in a second plane that is perpendicular to the first plane.

Abstract: The invention relates to a synthetic, biologically active molecule for fixing an active ingredient to the virus protein 1 (VP1) of the polyoma virus. According to the invention, an amino acid sequence A1 which is derived from the C-terminal end of virus protein 2 (VP2) or 3 (VP3) of the polyoma virus is bonded to an active ingredient at one of its ends.

Abstract: The invention relates to a synthetic, biologically active molecule for fixing an active ingredient to the virus protein 1 (VP1) of the polyoma virus. According to the invention, an amino acid sequence A1 which is derived from the C-terminal end of virus protein 2 (VP2) or 3 (VP3) of the polyoma virus is bonded to an active ingredient at one of its ends.

Abstract: The invention relates to an expression vector comprising at least those components of the vectors pBR322 or pKK223-3, necessary for the replication thereof, an expression region sequentially comprising, in the reading direction, a first promotor, a binding site specific for a repressor, a sequence corresponding to a prokaryotic ribosome binding site, a cloning site with a gene coding for annexin V, at least one transcription terminator and at least one kanamycin-resistant gene with a second promotor.

Abstract: The invention starts with a fastening of a wiper system (10) to a vehicle body (20) by means of a rubber elastic fastening element (22), which sits on the circumference in a receptacle opening (26) of the wiper system (10) or the vehicle body (20) and sits with a passage opening (28) on a pin (32) of the respective other part, whereby the connection between the wiper system (10) and the vehicle body (20) is detachable via a defined axial force (30) in the direction of the interior of the vehicle body (20). It is proposed that a defined frictional force between the inner and/or outer circumferential surface (36, 38) of the fastening element (22) and the adjacent component (10, 20, 32) is generated by an initial axial stress of the fastening element (22).

Abstract: The invention relates to the use of a protein for producing a medicament for stimulating an innate non specific immune system, wherein the protein contains a) an annexine V or a largely similar molecule thereto or b) an active fragment of annexine V or a largely similar molecule thereto.

Abstract: The invention starts with a fastening of a wiper system (10) to a vehicle body (20) by means of a rubber elastic fastening element (22), which sits on the circumference in a receptacle opening (26) of the wiper system (10) or the vehicle body (20) and sits with a passage opening (28) on a pin (32) of the respective other part, whereby the connection between the wiper system (10) and the vehicle body (20) is detachable via a defined axial force (30) in the direction of the interior of the vehicle body (20). It is proposed that a defined frictional force between the inner and/or outer circumferential surface (36, 38) of the fastening element (22) and the adjacent component (10, 20, 32) is generated by an initial axial stress of the fastening element (22).