Abstract: A pull-out guide, in particular for domestic appliances, comprising a stationary guide rail and a running rail which is movably supported relative to the guide rail, on which a moving push element is supported, wherein at least one stop for limiting the movement of the push element relative to the running rail is provided on the running rail, wherein the at least one stop for the push element is designed in a resilient manner.

Abstract: An axial fan assembly includes a hub, a plurality of connection structures, and a plurality of isolated members. The hub is rotatable about an axis of rotation and includes a radially extending face and a cylindrical portion extending axially from the face. The face includes a radially inner face portion and a radially outer face portion. The plurality of connection structures extends radially inwardly from the radially outer face portion and extends radially outward from the radially inner face portion. The plurality of isolated members extends radially outwardly from the radially inner face portion and is isolated from the plurality of connection structures and from the radially outer face portion by a plurality of slots.

Abstract: The invention relates to a pull-out guide comprising a fixable guide rail; a running rail which is movably mounted via rolling bodies, wherein a central rail is optionally arranged between the guide rail and the running rail; and at least one latching device with a flexible spring element for removably fixing the running rail, the guide rail, and/or the optional central rail in a latching position. The spring element engages between two rolling bodies in the latching position in order to prevent the running rail, the guide rail, and/or the optional central rail from moving. In this manner, the spring element can be moved by means of the rolling body such that the contact surfaces lie in a lubricated region, thereby extending the service life.

Abstract: A fastening element (10, 10?) for arranging a device, preferably a pull-out guide, in or on a domestic appliance, preferably in an oven, on two bars (6, 7, 7?) which are parallel substantially in the X direction and are spaced apart from one another in the Z direction, having a first holder (11), which can be arranged on a first bar (7, 7?), and a second holder (20, 20?), which can be arranged on a second bar (6), wherein the second holder (20, 20?) is designed as a fixed bearing for accommodating different thicknesses of second bar (6), and the first holder (11) is configured as a movable bearing for compensating for different designs, spacings and/or thicknesses of the two bars (6, 7, 7?).

Abstract: Fastening device (1) for an armature lamella stack (2) of a DC motor, characterized in that the fastening device (1) is disposed between the armature lamella stack (2) and a shaft (3) of the DC motor and is designed as a torsionally soft connection of said armature lamella stack (2) to the shaft (3).

Abstract: An axial fan assembly includes a hub, a plurality of connection structures, and a plurality of isolated members. The hub is rotatable about an axis of rotation and includes a radially extending face and a cylindrical portion extending axially from the face. The face includes a radially inner face portion and a radially outer face portion. The plurality of connection structures extends radially inwardly from the radially outer face portion and extends radially outward from the radially inner face portion. The plurality of isolated members extends radially outwardly from the radially inner face portion and is isolated from the plurality of connection structures and from the radially outer face portion by a plurality of slots.

Abstract: A method of producing a fitting for domestic appliances or furniture. The fitting including a plurality of components connected to one another. The method includes the steps of providing the plurality of components by one or more of stamping and bending metal sheets, assembling the plurality of components to form a fitting, coating the fitting, at least in sections, by applying at least one coating, one or both of drying and burning-in the coating, treating a surface of plurality of components abrasively before the coating of the fitting, thereby setting a surface roughness of the plurality of components, and cleaning the surface of the plurality of components.

Abstract: An electro-acoustical transducer arrangement for underwater antennas comprised of a plurality of hydrophones (10) which are arranged at equal distances in a linear array, and are to be disposed vertically above each other on a support. For reasons of a simplified assembly along with good receiving properties, the hydrophones (10), together with a reflector (11) disposed behind them in the direction of incoming sound, are embedded in an acoustically transparent rigid cast enclosure (20) of an elastomer, preferably polyurethane, which can be worked in a casting process. The connecting lines (12) of the hydrophones (10) of the enclosure 20 are combined in a common plug (13), which is accessible on a front end of the rigid cast enclosure (20). The rigid cast enclosure (20) is provided with devices for fastening the enclosure to the support.

Abstract: A device for a simultaneous soldering of at least two connecting elements (52) of an electronic structural element (54) on a circuit plate bar (50) comprises a workpiece support (44) and a laser (10) for producing the soldering energy, and has arranged two soldering beams (20) of at least approximately equal intensity, having in their path, at any time, an optic (30) for focusing the soldering beams (20) on the soldering spots. The resonator of the laser (10) is closed on both of its londitudinal sides by a semi-reflecting mirror (12) for production of a relative movement between the soldering beams (20) and the workpiece support (44), there is, at any time, a deflecting device provided, having two by a control device (48) independently adjustable mirrors (38, 40) for an operative deflection of the respective soldering beam (20).