Abstract: The digital broadcast receiver comprises: a signal input unit for receiving a received broadcast wave; a demodulation unit for demodulating the broadcast wave; an external module; an external module I/F (Interface) for connecting the receiver to the external module; a decoding unit for extracting necessary information containing a target content from the received signal; an output unit for outputting actual video/audio; a control unit for controlling the entire receiver; and a user I/F for transmitting and receiving information to/from a user. Further, there are provided: a packet processing unit that is located between the demodulation unit and the external module I/F, that monitors all the packets contained in a TS, and that performs a predetermined processing on packets matched with a predetermined condition; and a TS selector that is located between the external module I/F and a bus line and that selects and outputs one designated TS of the two TSs.

Abstract: A method for producing a roasted grain extract with which a sufficient concentration can be obtained is realized. This production method includes a roasting step (S10) of roasting a grain (unpolished rice 1) while the grain remains in a granular form, an impregnating step (S20) of impregnating the roasted grain with an impregnation liquid LQ1 (water) so that an inside 1b of the grain is swollen and the grain is cracked open, and an extracting step (S30) of extracting a roasted component that is present in the inside of the grain by bringing a solvent LQ2 (water) into contact with the inside of the grain that has been cracked open. In the roasting step, the grain is heated in a state in which the entire inside thereof has absorbed moisture and a carbonized coating 1b is formed on the surface of the grain, after which the inside of the grain is carbonized.

Abstract: The digital broadcast receiver 1 comprises: a signal input unit 10 for receiving a received broadcast wave; a demodulation unit 11 for demodulating the broadcast wave; an external module 12; an external module I/F (Interface) 13 for connecting the receiver 1 to the external module 12; a decoding unit 14 for extracting necessary information containing a target content from the received signal; an output unit 15 for outputting actual video/audio; a control unit 16 for controlling the entire receiver 1; and a user I/F 17 for transmitting and receiving information to/from a user. Further, there are provided: a packet processing unit 101 that is located between the demodulation unit 11 and the external module I/F 13, that monitors all the packets contained in a TS, and that performs a predetermined processing on packets matched with a predetermined condition; and a TS selector 102 that is located between the external module I/F 13 and a bus line BL and that selects and outputs one designated TS of the two TSs.

Abstract: A fuel assembly is composed of first fuel rods containing nuclear fuel material and burnable poison material and second fuel rods containing nuclear fuel material but no burnable poison material. The fuel assembly is charged in a high conversion area of a boiling water type nuclear reactor having a reactor core having the high conversion area and a burner area surrounding the high conversion area. A ratio V.sub.C /V.sub.F is not greater than 1.5 in the fuel assembly where V.sub.C is the volume occupied by coolant flow paths and V.sub.F is the volume occupied by the nuclear fuel material per unit length in an axial direction of the fuel assembly. In addition, the burnable poison material is composed of neutron absorption nuclides having at least one resonant energy in a neutron energy region of one electron volt or less.