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    • 4. 发明授权
    • Automatic bread producing machine
    • US5887512A
    • 1999-03-30
    • US918803
    • 1997-08-26
    • 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.
    • 6. 发明授权
    • Composite recycling type fluidized bed boiler
    • 复合循环型流化床锅炉
    • US5156099A
    • 1992-10-20
    • US445679
    • 1989-11-29
    • Takahiro OhshitaShuichi NagatoNorihisa Miyoshi
    • Takahiro OhshitaShuichi NagatoNorihisa Miyoshi
    • F22B31/00F23C10/02F23G7/00
    • F22B31/0084F22B31/0092F23C10/02
    • An internal recycling type fluidized bed boiler in which a fluidized bed portion of the boiler is divided by a partition into a primary combustion chamber and a thermal energy recovery chamber, at least two kinds of air supply chambers are provided below the primary combustion chamber, one for imparting a high fluidizing speed to a fluidizing medium and the other for imparting a low fluidizing speed thereto, thereby providing a whirling and circulating flow to the fluidizing medium in the primary combustion chamber. The fluidizing medium is moved downward in a moving bed in the thermal energy recovery chamber. Thermal energy recovery from exhaust gas is effected in a free board portion or downstream thereof, the cooled exhaust gas being guided to a cyclone, and fine particulate char collected at the cyclone is returned directly above or into a descending moving bed of the fluidizing medium in the primary combustion chamber and/or the thermal recovery chamber, whereby the char will not be immediately scattered to the free board portion and the char is sufficiently precipitated and it is possible to reduce NOx generated by combustion of coal or the like, in the bed.
    • PCT No.PCT / JP89 / 00883 Sec。 371日期:一九八九年十一月二十九日 102(e)1989年11月29日PCT PCT 1989年8月30日PCT公布。 出版物WO90 / 02293 日本1990年8月3日。一种内部回收型流化床锅炉,其中锅炉的流化床部分被隔板分成初级燃烧室和热能回收室,至少提供两种供气室 在主燃烧室下面,一个用于赋予流态化介质高的流化速度,另一个用于赋予低流化速度,从而为主燃烧室中的流化介质提供旋转和循环流。 流化介质在热能回收室的移动床中向下移动。 废气中的热能回收在自由板部分或其下游进行,冷却后的废气被引导至旋风分离器,并且在旋风分离器处收集的细小颗粒焦炭直接返回到流化介质的下降移动床的上方或下方 主燃烧室和/或热回收室,由此该焦炭不会立即散布到自由板部分,并且焦炭充分沉淀,并且可以减少床等中燃烧产生的NOx 。
    • 8. 发明授权
    • Automatic bread producing machine
    • US6053096A
    • 2000-04-25
    • US219922
    • 1998-12-23
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • Yasuhiro KakimotoTakahiro OhshitaNoriyuki Yamamoto
    • A21B7/00A47J27/00A21D2/00A47J37/00
    • 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.
    • 10. 发明授权
    • Apparatus for dewatering waste material by capillary action
    • 用于通过毛细管理来排除废物的装置
    • US5107757A
    • 1992-04-28
    • US251648
    • 1988-06-03
    • Takahiro OhshitaRyuichi IshikawaTetsuhisa HiroseKiyoshi Asai
    • Takahiro OhshitaRyuichi IshikawaTetsuhisa HiroseKiyoshi Asai
    • B30B9/06B30B9/20B30B9/24
    • B30B9/24B30B9/06B30B9/20
    • A method of and apparatus for dewatering a substance which is to be dewatered such as sludge wherein the substance to be dewatered is pressed between a pair of rollers (11, 212) or plate-shaped press members (331) each having its press surface formed from a rigid porous material (6, C, 331) having water absorption and retention properties based on the capillary action; water squeezed from the substance by pressing is permeated into the rigid porous material due to water absorption based on the capillary action or water pressure and the permeated water is retained by virtue of the water retention properties based on the capillary action, thereby dewatering the substance; and the water retained by the rigid porous material is discharged by sending pressurized air to regenerate the capillary tubes.
    • PCT No.PCT / JP86 / 00659 Sec。 371日期:1988年6月3日 102(e)日期1988年6月3日PCT Filted 1986年12月26日PCT公布。 出版物WO87 / 04114 日期:1987年7月16日。一种用于对要脱水的物质如污泥进行脱水的方法和设备,其中待脱水物质被压在一对辊(11,212)或板状压力构件 ),其各自具有由刚性多孔材料(6,C,331)形成的压力表面,所述刚性多孔材料具有基于毛细作用的吸水性和保留性; 由于基于毛细管作用或水压而吸收的水分,通过压制从物质挤压的水渗透到刚性多孔材料中,并且由于基于毛细管作用的保水性而保持渗透水,从而使物质脱水; 并且由刚性多孔材料保留的水通过发送加压空气而排出以再生毛细管。