Abstract: A method for resolution-optimized control of a motor vehicle light module, wherein the motor vehicle light module is designed to emit segmented light distribution, wherein the motor vehicle light module includes a deflection unit, with which a native resolution of the motor vehicle light module can be visually increased by at least temporary beam deflection by means of the deflection unit, wherein the method includes a) receiving an image signal (S1), wherein the image signal (S1) contains a setpoint image (Ssoll) of light distribution, b) converting the setpoint image (Ssoll) received according to step a) into two lower-resolution images (S_low1, S_low2), and c) controlling the motor vehicle light module, wherein it is controlled in such a way that the two low-resolution images (S_low1, S_low2) of the image pair (S_res) are emitted one after the other by the motor vehicle light module.

Abstract: A thin-film treatment apparatus for treating viscous material includes a process housing oriented at an incline of at most 20° with a heatable and/or coolable housing casing, which surrounds a housing interior forming a material treatment space, an inlet nozzle arranged in an inlet zone of the process housing to introduce the material to be treated into the material treatment space, an outlet nozzle arranged in an outlet zone of the process housing to discharge the treated material from the material treatment space, and a drivable rotor shaft arranged in the material treatment space and extending coaxially for producing a material film on the inner surface of the housing casing and for conveying the material in the direction of an outlet zone. The rotor shaft includes at least one lift element arranged on the rotor shaft body, for producing a lifting force in the direction of the rotating rotor shaft body.

Abstract: Method for operation-optimized control of a deflection unit (DU) for a light module. The light module is designed to emit segmented light distribution. The light module includes the DU, with which a native resolution of the light module can be visually increased by at least temporary beam deflection via the DU. The method includes: a) receiving a setpoint operating signal (SOS) which contains information on at least one of: setpoint's energy efficiency, temperature, image resolution, image sharpness, clarity, or offset correction; and b) manipulating a control variable (CV) of the DU depending on the SOS, wherein the extent and temporal process of deflection by the DU occurs depending on the CV. At least two of the following aspects of the deflection, predetermined by the CV, are manipulated in amount and/or time period: amplitude; zero position; temporal rate of change; signal basic form; or time period between the zero position passes.

Abstract: Described and featured are compositions and methods for treating developmental, neurodevelopmental (e.g., Fragile X syndrome (FXS) or Down syndrome (DS)), or neurodegenerative diseases or disorders (e.g., Alzheimer's disease (AD)) by increasing expression of Fragile X Mental Retardation Protein (FMRP) in patients having or having a propensity to develop such diseases or disorders.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions and methods of administration are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: A fixing element has a base area that is provided for the purpose of being welded to a component, and a functional head protruding from a base area that is formed by at least one spherical, or sphere-like element. The fixing element may be welded to a first component and function as a male fixing element that cooperates with a female fixing element of a second component such that the first and second components are detachably connectable via the fixing elements.

Abstract: Orally administrable pharmaceutical compositions and methods of administration are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: A fixing element has a base area that is provided for the purpose of being welded to a component, and a functional head protruding from a base area that is formed by at least one spherical, or sphere-like element. The fixing element may be welded to a first component and function as a male fixing element that cooperates with a female fixing element of a second component such that the first and second components are detachably connectable via the fixing elements.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: Orally administrable pharmaceutical compositions, methods of administration, and methods of making the same are provided. The pharmaceutical compositions provide abuse deterrent properties.

Abstract: In order to determine an optimized upshift point, it is proposed that a control circuit, on the basis of a current engine operating point (TQCUR;N) calculates a new engine operating point (TQNEW; NNEW) produced when shifting up at approximately the same vehicle speed, wherein the current engine operating point is determined as the optimized upshift point if the calculated new engine operating point is below a preset upper torque limit (TQ_MAX_LIM) and is at the same time above a preset lower engine speed limit (N_MIN_x+1) for the higher gear.

Abstract: In order to determine an optimized upshift point, it is proposed that a control circuit, on the basis of a current engine operating point (TQCUR;N) calculates a new engine operating point (TQNEW; NNEW) produced when shifting up at approximately the same vehicle speed, wherein the current engine operating point is determined as the optimized upshift point if the calculated new engine operating point is below a preset upper torque limit (TQ_MAX_LIM) and is at the same time above a preset lower engine speed limit (N_MIN_x+1) for the higher gear.