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    • 2. 发明授权
    • Vacuum cleaner and suction nozzle body thereof cross reference to related application
    • 吸尘器和吸嘴本体参照相关应用
    • US06282749B1
    • 2001-09-04
    • US09542001
    • 2000-04-03
    • Taiji TajimaShigesaburou KomatsuShigenori SatouToshiya ShinozakiYukiji IwaseMasao SunagawaWataru YamamotoSusumu Satou
    • Taiji TajimaShigesaburou KomatsuShigenori SatouToshiya ShinozakiYukiji IwaseMasao SunagawaWataru YamamotoSusumu Satou
    • A47L536
    • A47L9/0488A47L9/04
    • A vacuum cleaner having a vacuum cleaner main body, an electric blower motor provided in the vacuum cleaner main body, a dust collection part provided in the vacuum cleaner main body, a suction nozzle body for communicating with the dust collection part, an impeller having a rotary axis provided in an interior portion of the suction nozzle body and driven by a suction force which is generated by said electric blower motor. At least one of a rotation brush member and a rotation blade member is included in the suction nozzle body and an opening portion of the suction nozzle body is opposed to a surface to be subjected to cleaning, a suction inlet port for the suction nozzle body is provided for sucking air from an outside portion and is located separately from the opening portion of the suction nozzle body. The suction inlet port is provided so as to direct air which is sucked from the outside portion in a direction transverse to the rotary axis of the impeller and an air flow passage is formed in the suction nozzle body so that a part of the air which is sucked from the suction inlet port initially impinges on the impeller to rotate the impeller and then is passed to a region of the surface to be subjected to cleaning and is sucked into the vacuum cleaner main body.
    • 具有真空吸尘器主体的真空吸尘器,设在真空吸尘器主体内的电动鼓风机马达,设在真空吸尘器主体内的集尘部,与集尘部连通的吸嘴主体, 旋转轴设置在吸嘴本体的内部并由所述电动鼓风电动机产生的吸力驱动。 旋转刷构件和旋转叶片构件中的至少一个包括在吸嘴体中,并且吸嘴体的开口部分与要进行清洁的表面相对,用于吸嘴体的吸入口为 用于从外部抽吸空气并且与吸嘴主体的开口部分分开设置。 吸入口设置成引导从外侧部分沿与叶轮的旋转轴线横切的方向吸入的空气,并且在吸嘴主体中形成空气流路,使空气的一部分为 最初吸入吸入口的吸入口叶轮上旋转叶轮,然后通过进入清洁表面的区域并吸入吸尘器主体。
    • 5. 发明授权
    • Cathode cartridge and anode cartridge of testing device for electroplating
    • 用于电镀的测试装置的阴极筒和阳极筒
    • US06830667B2
    • 2004-12-14
    • US09883995
    • 2001-06-20
    • Wataru Yamamoto
    • Wataru Yamamoto
    • C25D1706
    • C25D17/001C25D17/06C25D17/12
    • To provide a cathode cartridge, which comprises a tabular cathode conductor 5, which has an open hole having a same shape to that of plated pats 2a of a plated base 2 as a negative plate, which has a plurality of a protruding portion that presses contact to a peripheral part 2d around the plated parts 2a, a first elastic thin board 3, which covers a rear side of the plated base 2 and has a recess 3a, a tabular rear wall insulator 6, which covers both a back side of the cathode conductor 5 and a back side of the first elastic thin board 3, and has a recess 6b, a tabular front side insulator 7, which has an aperture having the same shape to that of the plated parts 2a, which covers a front side of the cathode conductor 5, and has a recess 7b, into which the cathode conductor 5 gets just, and a second elastic thin board 4, which has an aperture (open hole) having the same shape to that of the plated parts 2a, which is sandwiched between the cathode conductor 5 to provide a cathode cartridge of testing device for electroplating, in which it is able to intercept both a lateral side of the plated base and a peripheral part around the plated parts from the plating solution.
    • 提供一种阴极筒,其包括平板状阴极导体5,其具有与作为负极板的电镀基座2的电镀板2a的形状相同形状的开孔,该阴极筒具有多个压接触头的突出部 到电镀部分2a周围的周边部分2d,覆盖电镀基底2的后侧并具有凹部3a的第一弹性薄板3,覆盖阴极的背面的平板状后壁绝缘体6 导体5和第一弹性薄板3的背面,并且具有凹部6b,平板状的前侧绝缘体7,其具有与电镀部2a的形状相同的孔,该孔与 阴极导体5,阴极导体5刚刚形成有凹部7b,第二弹性薄板4具有与电镀部2a的形状相同的孔(开孔) 在阴极导体5之间提供阴极支架 可以从电镀液中截取电镀基体的侧面和电镀部周围的周边部分。
    • 6. 发明授权
    • Throttle control system for internal combustion engines
    • 内燃机节气门控制系统
    • US4448158A
    • 1984-05-15
    • US430067
    • 1982-09-30
    • Tokuzi IshidaWataru Yamamoto
    • Tokuzi IshidaWataru Yamamoto
    • F02M1/10F02M1/14F02M11/02F02M1/16
    • F02M1/14F02M1/10F02M11/02
    • A throttle valve is opened upon engine cranking through a predetermined angle by a vacuum-operated valve in response to a vacuum signal supplied thereto from a vacuum pickup port positioned downstream of the throttle valve, for assisting the engine in getting started quickly and stably. A directional control valve is actuated upon engine cranking to allow the vacuum signal to be fed to the vacuum-operated valve. The vacuum pickup port communicates with the vacuum-operated valve through vacuum passages having thermosensitive valves one openable when the engine is kept below a preset temperature and the other openable when the engine temperature is above the preset level. A pressure delay means may be connected between the vacuum pickup port and the vacuum-operated valve to delay closing of the latter after the engine cranking.
    • 响应于从位于节流阀下游的真空拾取口提供的真空信号,通过真空操作的阀在发动机起动转动预定角度时打开节流阀,以帮助发动机快速稳定地起动。 在发动机起动时,方向控制阀被致动以允许将真空信号送入真空操作阀。 真空拾取口通过具有热敏阀的真空通道与真空操作阀连通,当发动机保持在预设温度以下时可以打开,另一个可在发动机温度高于预设水平时打开。 压力延迟装置可以连接在真空吸取口和真空操作的阀之间,以在发动机起动之后延迟后者的关闭。
    • 9. 发明授权
    • Cathode cartridge of testing device for electroplating and testing device for electroplating
    • 用于电镀电镀和测试装置的测试装置的阴极盒
    • US06811661B2
    • 2004-11-02
    • US09861898
    • 2001-05-22
    • Wataru Yamamoto
    • Wataru Yamamoto
    • C25D1706
    • C25D17/06C25D7/123C25D17/001C25D17/12C25D21/10
    • A cathode cartridge of a testing device for electroplating is provided, and includes a dummy plate 7 as a negative pole provided outside a tabular front insulator 6. The dummy plate includes an orifice a having the same shape as a plated part 2a of a plated base 2 as a negative plate. Protruding portions 4 press contact to a peripheral part of the plated base 2a. A tabular cathode conductor 4 connects with a direct voltage source not soaked in a plating solvent. A tabular rear insulator 5 covers rear sides of the plated base 2 and the cathode conductor 4, and has a recess, into which the plated base 2 and the cathode conductor 4 are retained. A tabular front insulator 6 having an orifice having the same shape as the plated base 2a covers a front side of the cathode conductor 4. An elastic thin board 9 is sandwiched between the plate base 2 and the tabular front insulator.
    • 提供了用于电镀的测试装置的阴极盒,并且包括设置在平板状前绝缘体6的外侧的作为负极的虚设板7.该虚设板包括具有与镀覆基底的电镀部分2a相同形状的孔口 2作为负极板。 突出部分4压接电镀基底2a的周边部分。 平板状阴极导体4与不浸渍在电镀溶剂中的直流电压源连接。 片状后绝缘体5覆盖电镀基底2和阴极导体4的后侧,并且具有凹部,电镀基底2和阴极导体4保持在该凹部中。 具有与电镀基体2a相同形状的孔的片状前绝缘体6覆盖阴极导体4的前侧。弹性薄板9被夹在板基体2和板状前绝缘体之间。
    • 10. 发明授权
    • Container for stick type cosmetic material
    • 棒式化妆品容器
    • US06499897B2
    • 2002-12-31
    • US10139345
    • 2002-05-07
    • Wataru Yamamoto
    • Wataru Yamamoto
    • A45D4004
    • A45D40/205A45D40/20A45D2040/208
    • A travelling section 30 for retaining the stick type cosmetic material is installed rotatably in an axial direction in an outer shell section 2 which is constituted by rotatably connecting a front cylinder 10 and a base cylinder 20. An outer circumferential surface 43 of a spiral cylinder 40 which is spirally engaged with a male screw section of the travelling section fits in a second slide surface provided on an inner circumferential surface of the base cylinder 20 which is one component of the outer shell section 2. Due to frictional force of this fit-in part, a cylindrical body and the spiral cylinder 40 are synchronously rotated. The travelling section 30 is engaged with an inner circumference of the front cylinder 10 and can slide only in an axial direction. When the travelling section 30 reaches the uppermost limit or the lowermost limit by relative rotations of the front cylinder 10 and the base cylinder 20, if further rotary torque is furnished, synchronously rotating means are released and the base cylinder 20 and the spiral cylinder 40 are raced.
    • 用于保持棒状化妆料的行进部30在轴向方向上可旋转地安装在通过可旋转地连接前缸10和基座缸20构成的外壳部分2中。螺旋缸40的外周面43 与行进部的外螺纹部螺旋地嵌合的第二滑动面配置在作为外壳部2的一个部件的基部圆筒20的内周面上的第二滑动面。由于该配合的摩擦力 部分,圆柱体和螺旋圆筒40同步旋转。 行驶部30与前筒10的内周接合,只能沿轴向滑动。 当行驶部30通过前缸10和基座缸20的相对转动而达到上限或下限时,如果进一步提供旋转扭矩,则同步旋转装置被释放,基座缸20和螺旋缸40为 赛跑