1
Ishido So, Matsumoto Masaharu, Miyasaka Shuji, Fujita Takashi, Katayama Takashi: Audio decoding apparatus, signal processing device, sound image localization device, sound image control method, audio signal processing device, and audio signal high-rate reproduction method used for audio visual equipment. Matsushita Electric Industrial, September 11, 2000: TW405328 (61 worldwide citation)

An audio decoding apparatus is provided for receiving a bit stream on a block-by-block basis, decoding one block of the bit stream to form decoded audio data for a plurality of channels, and storing the decoded audio data for each of the plurality of channels in a memory device, thereby down-mixing ...


2
Fujita Takeshi, Miyasaka Shuji, Sueyoshi Masahiro, Kawamura Akihisa, Matsumoto Masaharu, Katayama Takashi, Ishito Tsukuru, Nakamura Tsuyoshi, Otomura Eiji: Digital audio signal decoding apparatus, decoding method and a recording medium storing the decoding steps. Matsushita Electric, November 17, 1999: EP0957639-A2 (55 worldwide citation)

A decoding apparatus according to the present invention comprises a stream input section (1) for separating an input bit stream into auxiliary information and encoded data, an auxiliary information analyzing section (2) for obtaining at least full channel configuration information by analyzing the a ...


3
Sueyoshi Masahiro, Matsumoto Masaharu, Miyasaka Shuji, Fujita Takeshi, Katayama Takashi, Abe Kazutaka, Nishio Kosuke, Kawamura Akihisa, Ishito Tsukuru, Nakamura Tsuyoshi, Otomura Eiji: Decoding device for multichannel audio bitstream. Matsushita Electric, October 6, 1999: EP0948141-A2 (50 worldwide citation)

A decoding device for decoding a bit stream defined by MPEG2 Audio Multichannel is provided. The bit stream including an MPEG1 compatible area and an MPEG2 multichannel extended area, the MPEG1 compatible area including MPEG1 side information. The decoding device includes: MPEG1 decoding means for d ...


4
Namiki Fumihiro, Irie Katsuya, Kosaka Tadayoshi, Takagi Kazuki, Shiizaki Takashi, Hirakawa Hitoshi, Katayama Takashi: Plasma display panel. Fujitsu, November 2, 2000: JP2000-306515 (48 worldwide citation)

PROBLEM TO BE SOLVED: To optimize the color temperature of a display color while securing gradation repeatability and driving stability in vertically and horizontally arranged plural cells having different luminescent colors and each emitting light with discharge between a pair of main electrodes by ...


5
Hirakawa Hitoshi, Kondo Nobuyoshi, Otsuka Akira, Katayama Takashi, Nakahara Hiroyuki, Kurogi Seiki: Method of initialising cells in an AC plasma display panel. Fujitsu, September 23, 1998: EP0866439-A1 (42 worldwide citation)

A method for driving a plasma display panel includes carrying out an erase address operation when a display on the screen is renewed. The erase address operation includes the steps of carrying out an address preparation operation for producing the wall charge in all the discharge cells through a fir ...


6
Kuroki Masaki, Ukai Takeyoshi, Yoshida Kenji, Katayama Takashi, Nakahara Hiroyuki: Plasma display panel. Fujitsu, April 21, 2000: JP2000-113828 (15 worldwide citation)

PROBLEM TO BE SOLVED: To suppress the spread of an electric discharge in the column direction and to increase resolution.SOLUTION: In a PDP arranged with multiple line electrodes X, Y delimiting the row of a screen and adjacent row electrodes X, Y at uniform intervals as electrode pairs 12 to cause ...


7
Kusuda Hirohisa, Nishide Yasuhiro, Tsujino Daisuke, Yamazaki Jun, Katayama Takashi, Moroto Mineko: Electronic equipment. Vodafone, February 2, 2006: JP2006-031307 (15 worldwide citation)

PROBLEM TO BE SOLVED: To improve the operability in executing specified processing by moving electronic equipment by being shaken or inclined by a user.SOLUTION: This electronic equipment comprises a key operation means, a detection means, a memory means, a guide information output means, a storage ...


8
Kusuda Hirohisa, Nishide Yasuhiro, Tsujino Daisuke, Yamazaki Jun, Katayama Takashi, Nishikata Naomi, Mizuno Takahisa, Ikeda Hideyuki: External device for mobile communication terminal, mobile communication terminal, and external display system for mobile communication terminal. Vodafone, January 18, 2006: EP1617629-A1 (10 worldwide citation)

The present invention provides an external apparatus for mobile communication terminal, a mobile communication terminal, and an extemal display systems for mobile communication terminal by which application programs using detection means can be executed in a main body of a mobile communication termi ...


9
Sueyoshi Masahiro, Katayama Takashi, Miyasaka Shuji, Matsumoto Masahru, Ishito Tukuru, Nakamura Tuyoshi, Fujita Takeshi, Otomura Eiji, Kawamura Akihisa: Audio decoding device and signal processing device. Matsushita Electric, June 10, 1998: EP0847155-A2 (9 worldwide citation)

An audio decoding device includes a coded information memory section for storing coded audio information; an information transmission section for reading the coded audio information stored at an arbitrary position in the coded information memory section; and an audio decoding section for decoding th ...


10
Kusuda Hirohisa, Nishide Yasuhiro, Tsujino Daisuke, Yamazaki Jun, Katayama Takashi: Electronic equipment. Vodafone, March 16, 2006: JP2006-072466 (9 worldwide citation)

PROBLEM TO BE SOLVED: To improve the convenience for users by omitting a key operation which is needed in using another application successively to using of one application.SOLUTION: The electronic equipment includes a program storage means, an application program executing means and an attitude det ...