1
Koga Minoru, Watanabe Takenori: Plate type reformer.. Ishikawajima Harima Heavy Ind, March 29, 1989: EP0308976-A1 (27 worldwide citation)

Main units (I, I), which include a reforming reactor (16) and a combustor (20), both piled together having a heat conductive partition wall (22) therebetween, are located in a manner such that the combustor (20) sides of the main units (I, I) face each other, with an auxiliary unit (II) for supplyin ...


2
Koga Minoru, Watanabe Takenori, Hirata Tetsuya, Ogoshi Mutsumi: Power generation system with use of fuel cell.. Ishikawajima Harima Heavy Ind, September 5, 1990: EP0384944-A1 (6 worldwide citation)

The power generation system with use of fuel cell, comprises: a cell stack (10) including alternately piled up fuel cell elements (11) and separator plates (12), each fuel cell element (11) having an anode electrode (61), an electrolyte (60) and a cathode electrode (62); a first reforming plate (15) ...


3
Koga Minoru, Watanabe Takenori, Kamata Toshio, Morishima Satoshi, Mizusawa Minoru, Kobayashi Kazunori: Power generation system using molten carbonate fuel cell.. Ishikawajima Harima Heavy Ind, June 5, 1991: EP0429958-A2 (6 worldwide citation)

A power generation system uses fuel cells (C, S) stacked via separators (31). Cooling plates (33) are provided in the fuel cell stack (S). Passages (34) are formed in each cooling plate (33) for allowing raw-material-gas-for-reformation (which also serves as stack-cooling-gas) to flow therethrough a ...


4
Yamazaki Shinsuke, Sakamoto Yoshifumi, Watanabe Takenori, Okada Hiroyuki: Cable detection vehicle. Nippon Steel Engineering Co Lt, louxian yang shaogui li, May 9, 2007: CN200610143654

A cable rope inspection vehicle (10) which moves along a cable rope of hanging bridge etc. comprises: a vehicle body (11) supported by a cable rope (3); a drive mechanism (22A,22B) for moving the vehicle body (11) along the cable rope (3), a cabin (12A,12B) suspended from the vehicle body (11); and ...


5
Matsuoka Tetsuo, Sadatsuka Hiroki, Watanabe Takenori: Wrapping machine with automatic winding position adjustment function for suspension bride cable. Nippon Steel, September 30, 1997: JP1997-256315

PROBLEM TO BE SOLVED: To provide a wrapping machine that can execute wrapping works automatically and excellently. SOLUTION: With rotation of a rotary frame 13 and traveling of a travel frame 12 being synchronizes, a wrapping wire 2 is wound round a parallel cable 1 made up by binding strands. Senso ...


6
Matsuoka Tetsuo, Seishiyou Morio, Watanabe Takenori: Structure for reinforcing columnal structure. Nippon Steel, November 18, 1997: JP1997-296614

PROBLEM TO BE SOLVED: To efficiently reinforce a columnar structure with an extremely simple operation of works by a method wherein a reinforcing wire approximately in an S-shaped section with hook-shaped engaging parts provided at both of the upper and lower sides thereof is wound, being engaged wi ...


7
Watanabe Takenori, Matsuoka Tetsuo: Self-running type wrapping machine for suspension bridge cable. Nippon Steel, August 1, 1995: JP1995-197418

PURPOSE: To smooth the running of a wrapping machine by winding a guide rope on a double drum capstan fixed to a wrapping machine mounting main body frame, and starting the capstan to run the wrapping machine. CONSTITUTION: A revolving frame 1 is moved to a cable band 9 to guide a wrapping wire draw ...


8
Tsuchiyama Masami, Iwaya Katsuji, Goto Kohei, Nishigaya Tadaaki, Watanabe Takenori, Mineji Shinichi, Hashida Yoshiro: Cable lapping working device. Honsyu Shikoku Renrakukiyou Kodan, Honsyu Shikoku Renrakukiyou Eng, Nippon Kensetsu Kikaika Kyokai, Nippon Steel, Kobe Steel, September 14, 1998: JP1998-245816

PROBLEM TO BE SOLVED: To provide a cable lapping working device capable of smoothly traveling without providing any hindrance to an obstacle existing upward/downward of a bridge cable and performing efficiently the operation of a lapping machine under high safety. SOLUTION: An outside frame 9 and an ...


9
Watanabe Takenori, Ito Tatsuji: Forming method for press plate having punched holes for setting to press. Kamo Denki Kenkyusho, Ito Kiko, September 3, 1996: JP1996-224857

PURPOSE: To form punched holes for setting a press plate to a press at certain fixed positions to a pattern at all times. CONSTITUTION: A right and a left register marks 12 and 12', which are printed together with a pattern 11 on a press plate 1, are detected with CCD cameras 6 and 6' so as to move ...


10
Watanabe Takenori, Sugita Takao, Kishi Yasuhiro, Inami Ryuichi: Device for striking for squeezing cable of suspension bridge. Nippon Steel, February 2, 1993: JP1993-025788

PURPOSE: To safely, surely and efficiently carry out squeezing operation of a parallel wire cable performed after stretching the cable of a suspension bridge. CONSTITUTION: The subject device for striking is constructed as follows. Plural strikers 1 are supported on a dividable annular frame 2, prov ...



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