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    • 131. 发明授权
    • Barium titanate-based semiconductive ceramic composition
    • 钛酸钡基半导体陶瓷组合物
    • US06187707B1
    • 2001-02-13
    • US09308513
    • 1999-05-20
    • Satoshi KakiharaToshiharu HirotaYasuhiro NabikaNoriyuki Yamamoto
    • Satoshi KakiharaToshiharu HirotaYasuhiro NabikaNoriyuki Yamamoto
    • C04B35468
    • H01C7/025C04B35/4684
    • A barium titanate-based semiconductive ceramic composition for facilitating miniaturization of thermistor devices by improving rush current resistance characteristics is provided. In the barium titanate-based semiconductive ceramic composition, a fraction of the Ba in BaTiO3 as the major component is replaced with 1 to 25 mole percent of Ca, 1 to 30 mole percent of Sr, and 1 to 50 mole percent of Pb; and wherein to 100 mole percent of the major component, the semiconductivity-imparting agent is added in an amount of 0.2 to 1.0 mole percent as a converted element content, and the additive comprises manganese oxide in an amount of 0.01 to 0.10 mole percent as a converted Mn content, silica in an amount of 0.5 to 5 mole percent as a converted SiO2 content, and magnesium oxide in an amount of 0.028 to 0.093 mole percent as a converted Mg content.
    • 提供了一种通过提高冲击电流电阻特性来促进热敏电阻器件小型化的钛酸钡基半导体陶瓷组合物。 在钛酸钡系半导体陶瓷组合物中,作为主成分的BaTiO 3中的Ba的一部分被1〜25摩尔%的Ca,1〜30摩尔%的Sr和1〜50摩尔%的Pb代替, 其中,相对于100摩尔%的主成分,以半导电性赋予剂为0.2〜1.0摩尔%的量添加作为转化元素含量的添加剂,添加剂含有0.01〜0.10摩尔%的氧化锰, 转化的Mn含量,作为转化的SiO 2含量为0.5〜5摩尔%的二氧化硅,转化的Mg含量为0.028〜0.093摩尔%的氧化镁。
    • 132. 发明授权
    • Automatic bread producing machine
    • 自动面包机
    • US6101928A
    • 2000-08-15
    • US371197
    • 1999-08-10
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • A21B7/00A47J27/00
    • A21B7/005
    • An automatic bread producing machine includes, in a baking chamber, a vessel unit having a bread vessel where a mixing vane for mixing bread ingredients is rotatably provided and a cylindrical bread vessel support fixed to an underside of the bread vessel. The bread vessel support has stoppers formed on the lower circumference thereof. The machine further includes a vessel mounting support mounted at the bottom of the baking chamber for receiving therein the bread vessel support. The vessel mounting support has cutouts formed at its circumferential wall for receiving and firmly holding the stoppers, respectively. Recessed portions are further formed at the circumferential wall of the vessel mounting support for guiding the stoppers to positions adjacent to the corresponding cutouts, respectively. Each cutout is provided adjacent to a lower end of the recessed portion and at one side of the recessed portion located in a rotation direction of the mixing vane. Each stopper is automatically received and locked in position in the corresponding cutout due to a rotation force of the mixing vane so that the vessel unit is automatically fixed relative to the vessel mounting support. While the stoppers are locked in position, an upper surface of each stopper engages with an upper wall surface of the corresponding cutout. The upper surfaces of each stopper and cutout are so shaped as to urge the vessel unit downward during rotation of the mixing vane.
    • 一种自动面包生产机在烘烤室中包括具有面包容器的容器单元,其中可旋转地设置用于混合面包成分的混合叶片,以及固定到面包容器底面的圆筒形面包容器支架。 面包容器支架具有形成在其下圆周上的止动件。 该机器还包括安装在烘烤室底部的容器安装支架,用于在其中容纳面包容器支架。 容器安装支架具有形成在其周向壁上的切口,用于分别接收和牢固地固定止动件。 凹陷部分还形成在容器安装支撑件的周壁处,用于将塞子分别引导到与相应切口相邻的位置。 每个切口邻近凹部的下端并且位于沿着混合叶片的旋转方向的凹部的一侧。 由于混合叶片的旋转力,每个止动器被自动地接收并锁定在相应的切口中的位置,使得容器单元相对于容器安装支架自动固定。 当止动器被锁定就位时,每个止动器的上表面与相应的切口的上壁表面接合。 每个止动器和切口的上表面被成形为在混合叶片旋转期间向下推动容器单元。
    • 134. 发明授权
    • Automatic bread producing machine
    • 自动面包机
    • US5694832A
    • 1997-12-09
    • US530631
    • 1995-09-20
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • A21B7/00A47J37/00A21B1/40
    • A21B7/005
    • An automatic bread producing machine includes, in a baking chamber, a vessel unit having a bread vessel where a mixing vane for mixing bread ingredients is rotatably provided and a cylindrical bread vessel support fixed to an underside of the bread vessel. The bread vessel support has stoppers formed on the lower circumference thereof. The machine further includes a vessel mounting support mounted at the bottom of the baking chamber for receiving therein the bread vessel support. The vessel mounting support has cutouts formed at its circumferential wall for receiving and firmly holding the stoppers, respectively. Recessed portions are further formed at the circumferential wall of the vessel mounting support for guiding the stoppers to positions adjacent to the corresponding cutouts, respectively. Each cutout is provided adjacent to a lower end of the recessed portion and at one side of the recessed portion located in a rotation direction of the mixing vane. Each stopper is automatically received and locked in position in the corresponding cutout due to a rotation force of the mixing vane so that the vessel unit is automatically fixed relative to the vessel mounting support. While the stoppers are locked in position, an upper surface of each stopper engages with an upper wall surface of the corresponding cutout. The upper surfaces of each stopper and cutout are so shaped as to urge the vessel unit downward during rotation of the mixing vane.
    • 一种自动面包生产机在烘烤室中包括具有面包容器的容器单元,其中可旋转地设置用于混合面包成分的混合叶片,以及固定到面包容器底面的圆筒形面包容器支架。 面包容器支架具有形成在其下圆周上的止动件。 该机器还包括安装在烘烤室底部的容器安装支架,用于在其中容纳面包容器支架。 容器安装支架具有形成在其周向壁上的切口,用于分别接收和牢固地固定止动件。 凹陷部分还形成在容器安装支撑件的周壁处,用于将塞子分别引导到与相应切口相邻的位置。 每个切口邻近凹部的下端并且位于沿着混合叶片的旋转方向的凹部的一侧。 由于混合叶片的旋转力,每个止动器被自动地接收并锁定在相应的切口中的位置,使得容器单元相对于容器安装支架自动固定。 当止动器被锁定就位时,每个止动器的上表面与相应的切口的上壁表面接合。 每个止动器和切口的上表面被成形为在混合叶片旋转期间向下推动容器单元。