1
Ogawa Unryu, Ueda Tateshi: Substrate treatment apparatus and method for manufacturing semiconductor device. Hitachi Kokusai Electric, December 5, 2003: JP2003-347278 (66 worldwide citation)

PROBLEM TO BE SOLVED: To efficiently perform continuous treatment for plasma dry cleaning. SOLUTION: A dry cleaning apparatus which is equipped with a treatment chamber 1 for treating a wafer W, a plasma unit 2 for activating treatment gas for treating the wafer W with plasma, and a lamp 3 for heati ...


2
Hara Yoshitaka, Kawabata Takashi, Kihira Kazunari: Radio transmitter. Mitsubishi Electric, December 5, 2003: JP2003-348047 (65 worldwide citation)

PROBLEM TO BE SOLVED: To solve a problem that transmission efficiency of data can not be enhanced since high quality data transmission is realized by using a segment with a satisfactory fading state, however, only one pieces of data can be transmitted per segment. SOLUTION: Propagation states of a p ...


3
Suda Kenji, Sawada Kensuke, Machida Mamoru: Radio base station apparatus and power saving method thereof. Fujitsu, December 5, 2003: JP2003-347985 (46 worldwide citation)

PROBLEM TO BE SOLVED: To provide a radio base station apparatus and a power saving method thereof applicable to IMT-2000 radio interfaces (CDMA/FDD mode, CDMA multicarrier mode, CDMA multi TDD mode, FDD single carrier mode, and FDD FDMA/TDMA mode) and to conventional radio interfaces and capable of ...


4
Takahashi Toshiyuki: Semiconductor device and method of manufacturing the same, and semiconductor mounting structure. Hitachi, Akita Denshi Systems, December 5, 2003: JP2003-347503 (31 worldwide citation)

PROBLEM TO BE SOLVED: To prevent a signal delay due to a wiring length and improve a heat radiation efficiency, in a semiconductor device or semiconductor module which is constructed into a three-dimensional structure by folding up a flexible wiring board. SOLUTION: The semiconductor device or semic ...


5
Noguchi Yusuke, Momona Morihisa: Wireless mobile communication method and cell-site, and wireless resource management system and mobile node device. NEC, December 5, 2003: JP2003-348007 (28 worldwide citation)

PROBLEM TO BE SOLVED: To assure communication with the same reliability as that assured with a cell-site connected before transfer with a cell-site to be a transfer destination when a mobile node device that performs the communication with the cell-site via a radio communication path performs hand o ...


6
Firshknecht Kyle D, Pichler Karl, Lacey David: Method for encapsulating a plurality of devices formed on substrate and electronic device. Osram Opto Semiconductors, December 5, 2003: JP2003-347045 (27 worldwide citation)

PROBLEM TO BE SOLVED: To deposit a flattening layer achieving the function of the flattening layer such as the minimization of action of contamination particles and pinholes and reacting with devices to be encapsulated only at the minimum, and to provide an electronic device having the flattening la ...


7
Fuwa Ko, Maehira Ken: Divided electrostatic adsorption apparatus. Ulvac Japan, December 5, 2003: JP2003-347394 (27 worldwide citation)

PROBLEM TO BE SOLVED: To provide an electrostatic adsorption apparatus suited to a large-size insulated water. SOLUTION: A plurality of electrostatic adsorption plates 12 are mounted on one mother board 11 to compose one electrostatic adsorption apparatus 10. The surface of the mother board 11 is fl ...


8
Eguchi Kentetsu, Arakawa Takashi, Yamamoto Yasutomo, Iwamura Takanari, Arai Hiroharu: Method and device for rearranging data. Hitachi, December 5, 2003: JP2003-345522 (27 worldwide citation)

PROBLEM TO BE SOLVED: To achieve the rearrangement of data between different storage sub- systems. SOLUTION: When detecting that data rearrangement is necessary, a storage sub-system 170-1 judges whether the data rearrangement from a storage device to another storage device in the storage sub-system ...


9
Sasaki Noriaki, Nakasugi Tetsuo: Energy beam exposure method and exposure device. Toshiba, December 5, 2003: JP2003-347192 (24 worldwide citation)

PROBLEM TO BE SOLVED: To transfer a pattern on a specimen with high accuracy by the use of an exposure device of a CP type using a beam which varies in blur with the direction of X or Y. SOLUTION: A CP aperture mask is formed (S9) as a shape correction based on a blur difference (S2) of the beam bet ...


10
Jarikov Viktor V: Organic light emitting device. Eastman Kodak Co, December 5, 2003: JP2003-347058 (23 worldwide citation)

PROBLEM TO BE SOLVED: To stabilize the movement of an organic light emitting device. SOLUTION: The organic light emitting device comprises a substrate, an anode and a cathode positioned on the substrate, and a light emitting layer positioned between the anode and the cathode. The light emitting laye ...



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