1
Yoshikuni Miyatake: Grain milling machine. Shizuoka Seiki, Koda & Androlia, June 6, 2000: US06070815 (20 worldwide citation)

In a grain milling machine, a milling chamber 25 is defined by a gap between a cylindrical body 24 and a rotating body 23, and grinding plates 27 and 28 are arranged on both facing surfaces of the milling chamber 25. On the surface of at least one of the grinding plates 27 and 28, polyhedral hard di ...


2
Watanabe Kenichi, Nakamura Akitoshi, Senba Tomoko, Kono Sumio: Grain component analyzer. Shizuoka Seiki, National Food Research Institute, December 3, 2002: JP2002-346483 (14 worldwide citation)

PROBLEM TO BE SOLVED: To obtain such a grain ingredient analyzer provided with a constitution that requires workers little labor by not only performing a discrimination processing of supplied grain automatically and continuously but also making selection work to be performed for every discrimination ...


3
Akira Mizuno, Hiroshi Komai, Toshio Ina, Tadao Suzuki: Liquid fuel combustion type infrared ray irradiating apparatus. Shizuoka Seiki, Flynn Thiel Boutell & Tanis, September 3, 1991: US05044353 (10 worldwide citation)

A liquid fuel combustion type infrared ray irradiating apparatus includes a base having a generally rectangular-shaped framework, each corner of which is provided with a wheel, a fuel tank fixed to the base, and a pump disposed on the base and adapted to pump fuel from the fuel tank. A combustion ch ...


4
Akira Mizuno, Shigeo Suzuki: Solenoid-operated pump. Shizuoka Seiki, Flynn Thiel Boutell & Tanis, June 14, 1983: US04388047 (6 worldwide citation)

A solenoid-operated pump for discharging fluid from a tank through a fluid discharge passage in a pump body has a directional control valve disposed in the fluid discharge passage. The directional control valve is normally urged to direct fluid flow through a fluid drainage passage branched from the ...


5
Mizuno Haruo, Hashimoto Atsushi: Grain cold reservoir. Shizuoka Seiki, January 23, 2002: JP2002-022345 (6 worldwide citation)

PROBLEM TO BE SOLVED: To provide a grain cold reservoir which suppress the drop of cooling efficiency, without air inside and outside a housing coming and going through a drain port for condensed water dropped from the heat absorbing part inside the device.SOLUTION: In a grain cold reservoir 1 which ...


6
Youhei Kuwabara, Teruo Asaoka, Masayoshi Moriya, Yasuhiro Iwasaki, Haruki Sugiyama: Electrolytic finishing system and method. Shizuoka Seiki, Armstrong Nikaido Marmelstein & Kubovcik, January 24, 1989: US04800006 (5 worldwide citation)

An electrode is positioned with a predetermined gap between the electrode and a surface of a work in an electrolyte tank. Pulses are intermittently applied to the electrode. Electrolyte including residual products is discharged from the tank. The discharged electrolyte is cleaned by a filtering devi ...


7
Youhei Kuwabara, Teruo Asaoka: Electrolytic finishing method. Shizuoka Seiki, Armstrong Nikaido Marmelstein Kubovcik & Murray, December 5, 1989: US04885066 (5 worldwide citation)

An electrode is positioned to form a predetermined gap between the electrode and a surface of a work, and the electrode and the work are submerged in an electrolyte. Thereafter pulses are applied to the electrode and clean electrolyte is supplied to the gap. The pulse application is performed by a p ...


8
Youhei Kuwabara, Teruo Asaoka, Yasuhiro Iwasaki, Haruki Sugiyama, Yoshiharu Suzuki: Electrolytic finishing method. Shizuoka Seiki, Armstrong Nikaido Marmelstein Kubovcik Murray, July 2, 1991: US05028303 (5 worldwide citation)

A working electrode is positioned to form a predetermined gap between the working electrode and a surface of a work, and the electrode and the work are submerged in an electrolyte. Pulses are applied to the working electrode to machine the work. A pair of standard electrodes are set in the electroly ...


9
Teruo Asaoka: Power supply system for electrolytic processing apparatus. Shizuoka Seiki, Flynn Theil Boutell & Tanis, September 5, 1989: US04863579 (4 worldwide citation)

A power supply system for an electrolytic processing apparatus which uses a discharge of pulses between a work and electrode including a discharge section having plural capacitors, rectifiers connected the capacitors so as to prevent reversing of current to the power source side, a plurality of disc ...


10
Youhei Kuwabara, Teruo Asaoka, Yasuhiro Iwasaki: Method for finishing a work. Shizuoka Seiki, Armstrong Nikaido Marmelstein Kubovcik & Murray, June 27, 1989: US04842702 (4 worldwide citation)

An electrode is positioned with a predetermined gap between the electrode and a surface of a work in an electrolyte tank. Pulses are applied to the electrode. Electrolyte including residual products is discharged from the tank. Clean electrolyte is supplied to the electrolyte tank for next machining ...