Abstract: An apparatus for encoding a first channel and a second channel of an audio input signal including two or more channels to obtain an encoded audio signal according to an embodiment includes a normalizer configured to determine a normalization value for the audio input signal depending on the first channel of the audio input signal and depending on the second channel of the audio input signal. Moreover, the apparatus includes an encoding unit configured to generate a processed audio signal having a first channel and a second channel. The encoding unit is configured to encode the processed audio signal to obtain the encoded audio signal.

Abstract: A doctor blade device for the removal of dampening medium from a soft surface of an ink applicator roller in the inking unit of a printing machine, having at least one doctor blade placed against the surface of the roller and having an edge radius in the range of 2 mm to 10 mm.

Abstract: This invention relates to a horizontal omni-directional windmill comprising a rotor including an upper platform and a lower platform, a plurality of identically configured blades, wherein each of the blades is of a substantially aerodynamic configuration, each of the blades being oriented at a broad angle relative to the radius of the rotor, the blades being oriented in a generally vertical orientation relative to the upper and lower platforms.

Abstract: This invention relates to a horizontal omni-directional windmill comprising a rotor including an upper platform and a lower platform, a plurality of identically configured blades, wherein each of the blades is of a substantially aerodynamic configuration, each of the blades being oriented at a broad angle relative to the radius of the rotor, the blades being oriented in a generally vertical orientation relative to the upper and lower platforms.

Abstract: A device for metering and equalizing an ink layer on the surface of a printing machine roller, in particular on the surface of an ink applicator roller in the inking unit of a printing machine, the surface being additionally wetted with dampening medium. The device contains at least two doctor blades which are arranged preferably at a short distance one behind the other in the direction of rotation of the roller and rest under pressure against the surface of the roller and of which a front doctor blade, with respect to the direction of rotation of the roller, has a doctor blade edge radius such that essentially only the dampening medium, but not the ink layer, can be wiped off from the surface of the roller by said front doctor blade, while a rear doctor blade, with respect to the direction of rotation of the roller, has, by comparison, a smaller doctor blade edge radius such that at least part of the ink layer which has remained on the surface of the roller can be wiped off.

Abstract: A device for metering and equalizing an ink layer on the surface of a printing machine roller, in particular on the surface of an ink applicator roller in the inking unit of a printing machine, the surface being additionally wetted with dampening medium. The device contains at least two doctor blades which are arranged preferably at a short distance one behind the other in the direction of rotation of the roller and rest under pressure against the surface of the roller and of which a front doctor blade, with respect to the direction of rotation of the roller, has a doctor blade edge radius such that essentially only the dampening medium, but not the ink layer, can be wiped off from the surface of the roller by said front doctor blade, whilst a rear doctor blade, with respect to the direction of rotation of the roller, has, by comparison, a smaller doctor blade edge radius such that at least part of the ink layer which has remained on the surface of the roller can be wiped off.

Abstract: A doctor blade device for the removal of dampening medium from a soft surface of an ink applicator roller in the inking unit of a printing machine, having at least one doctor blade placed against the surface of the roller and having an edge radius in the range of 2 mm to 10 mm.

Abstract: A motor vehicle roof with a lowerable roof part (12) which can be moved via a lowering mechanism (48) from a raised into a lowered position and which has a closing device (14), with which the lowerable roof part (12) can be locked both in the raised and also in the lowered position, the closing device (14) with the lowerable roof part (12) raised interacting with a first pivot support (11) which is fixed on a stationary roof part (20). The lowerable roof part (12) can be locked securely in the raised and in the lowered position without high construction cost, and which enables universal use is created by the closing device (14) with the lowerable roof part (12) lowered interacting with a second pivot support (62) which is fixed on an element of the lowering mechanism (48).

Abstract: A control equipment for automatically controlling power units in an electrical power supply system includes a control unit being connected through a data transmission element to each power unit to be controlled, for receiving power-unit-specific measured variables and for emitting power-unit-specific reference variables. The control unit evaluates the measured variables cyclically by taking account of stored values and defining a control instruction for one or each power unit. Particularly effective control of the power units is possible through the use of such a control equipment, with both a predetermined reliability level of the power supply or electricity supply being maintained and an unnecessarily high power reserve being avoided.