Abstract: The socket contact (1) for receiving a plug contact (10), the socket contact (1) having a contact casing (4) mounted on one end of a cable (2), the contact casing being contacted to an electrical conductor (3) of the cable (2), wherein according to the invention a biasing spring (5) is provided, wherein according to the invention the biasing spring (5) is designed such that it acts on the contact casing (4) and acts through at least one section of the contact casing (4) on the plug contact (10), and is attached at a first joint (6) to the contact casing (4), wherein furthermore the electrical conductor (3) is attached to the contact casing (4) at another joint (7) spaced from the first joint (6).

Abstract: The socket contact (1) for receiving a plug contact (10), the socket contact (1) having a contact casing (4) mounted on one end of a cable (2), the contact casing being contacted to an electrical conductor (3) of the cable (2), wherein according to the invention a biasing spring (5) is provided, wherein according to the invention the biasing spring (5) is designed such that it acts on the contact casing (4) and acts through at least one section of the contact casing (4) on the plug contact (10), and is attached at a first joint (6) to the contact casing (4), wherein furthermore the electrical conductor (3) is attached to the contact casing (4) at another joint (7) spaced from the first joint (6).

Abstract: Structural metal element for door-, window or the similar applications with improved thermal properties, having at least one interior surface, one exterior surface and one internal surface, where at least one surface of the element have improved optical properties by means of a surface treatment or coating. The surface in accordance with the invention has improved thermal emissivity and/or solar reflectance. Further, the invention also relates to a method of making the structural element, treated in a preferred manner or with preferred coatings.

Abstract: A plug-in connector for a diesel-engine glow plug has a housing centered on an axis and fittable with the glow plug and a plurality of contacts in the housing. A first latch on the housing is displaceable when the housing is fitted to the glow plug between an unlocked position permitting the housing to be installed on and removed from the glow plug and a locked position for fixing the housing to the glow plug. A second latch on the housing is displaceable between an unlocked position permitting the first latch to move between its locked and unlocked positions and a locked positions holding the first latch in its locked position.

Abstract: A plug-in connector for a diesel-engine glow plug has a housing centered on an axis and fittable with the glow plug and a plurality of contacts in the housing. A first latch on the housing is displaceable when the housing is fitted to the glow plug between an unlocked position permitting the housing to be installed on and removed from the glow plug and a locked position for fixing the housing to the glow plug. A second latch on the housing is displaceable between an unlocked position permitting the first latch to move between its locked and unlocked positions and a locked positions holding the first latch in its locked position.

Abstract: The invention relates to a handling arrangement for sawing items, especially for charging a multi-bladed disc saw. Said arrangement is characterised by means of automatic spatial orientation of at least one sawing item, especially plank shaped items, on a sawing device, which enables particularly simple and efficient handling to take place.

Abstract: The invention relates to an antenna device having at least one antenna structure (5-10) fixed to a vehicle window (3). The base point terminal connections of each antenna have contact points (11) which form a termination panel (4) surrounded by a base (1) arranged on the vehicle window (3) in which a radio frequency device (2) can be removably fixed, whose connection terminals maybe connected to contact points (11) without using any connecting lines.

Abstract: A method for metallizing the surface of a carbon fiber reinforced plastic member by vapor-deposition of a metal layer in a high vacuum, with a glow treatment taking place before the vapor-deposition process. The surface of the plastic member to be metallized is removed until the carbon fibers lying closest to the surface are partially exposed. The plastic member is then degassed. A negative high voltage is applied across the degassed plastic member to bring about a glow treatment of the plastic member before the metal vapor-deposition. The glow treatment is continued into the initial phase of the metal vapor-deposition process.