Abstract: The present application can provide a curable composition capable of securing processability due to excellent blending properties with a filler while having little viscosity change with time and for forming a cured product having excellent electrical insulation performance, and can provide a device comprising, between an exothermic element and a cooling region, a cured product of a tow-component curable composition including the curable composition in thermal contact with both.

Abstract: The present invention relates to a combination therapy using an insulinotropic peptide and GLP-2 for the prevention, improvement, or treatment of short bowel syndrome.

Abstract: A swash plate compressor including: a housing; a rotating shaft rotatably mounted to the housing; a swash plate accommodated in a crank chamber of the housing and rotating with the rotating shaft; a piston forming a compression chamber with the housing and interlocking with the swash plate to reciprocate; a discharge flow path guiding a refrigerant of the crank chamber to a suction chamber of the housing wherein an inclination angle of the swash plate is adjusted; and a discharge flow path control valve having a valve chamber provided in the discharge flow path and a valve core reciprocating inside the valve chamber, and the valve core includes: a first communication path constantly communicating the discharge flow path; and a second communication path communicating the discharge flow path when differential pressure between pressure of the crank chamber and pressure of the suction chamber is within a certain pressure range.

Abstract: An optical pointing device and a power supply semiconductor device therefore are provided. The optical pointing device includes at least one power supply voltage drop portion, wherein each of the power supply voltage drop portion comprises: a voltage-drop regulator for outputting a dropped power supply voltage; a first reference voltage generator for generating a first reference voltage; a first voltage division controller for outputting first and second drop voltage division control signals according to the moving velocity; a first voltage divider for outputting a first varied division voltage in response to the first and second drop voltage division control signals; a first comparator for comparing the level of the first varied division voltage with the level of the first reference voltage to output a first comparison output signal; and a first switch controller for dropping the output voltage of the voltage-drop regulator in response to the first comparison output signal.

Abstract: An optical sensor module for an optical pointing device and a method of fabricating the same are provided. The optical sensor includes: a lead frame having a light receiving hole formed in a pad; an image sensor attached to the pad and detecting light emitted from a light source through the light receiving hole; and a molding member for integrally molding the lead frame and the image sensor. The method includes: forming a light receiving hole in a pad of a lead frame; attaching an image sensor to the pad; connecting the image sensor to a lead of the lead frame by bonding using a wire; molding the lead frame and the image sensor; and trimming the lead of the lead frame to a certain length and forming the lead.

Abstract: An optical pointing device and a power supply semiconductor device therefore are provided. The optical pointing device includes: an optical unit for irradiating light to an object using a light source and receiving light reflected by the object to output an optical image; a motion sensor for receiving the optical image, sensing image data, and calculating a motion value to output the motion value; a moving velocity sensor for receiving the motion value and calculating a moving velocity of the optical pointing device to output the moving velocity; and a variable power supply for generating a different power supply voltage according to the moving velocity. The optical pointing device can generate different optimum power supply voltages required for respective internal blocks and variably apply a power supply voltage according to the moving velocity. Thus, the supply of unnecessary power is cut off, thereby preventing waste of power.

Abstract: The present invention relates to a mobile communication system, and more particularly, to channel and method for forward transmission of a data employed for high speed data service. The forward data transmission channel permits a number of subscribers to share a channel in a time sharing method, thereby accommodating high speed data service subscribers at a time, and reducing signaling overhead occurred for adjusting the data transmission rate.