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    • 2. 发明授权
    • Engine generator
    • 发动机发电机
    • US07549403B2
    • 2009-06-23
    • US11326865
    • 2006-01-06
    • Masanobu YamamotoTakahide Sugiyama
    • Masanobu YamamotoTakahide Sugiyama
    • F01P1/02H02K7/18
    • F02B63/04F01P1/02F01P2005/025F02B63/048H02K7/1815H02K9/06
    • An engine generator can have an engine duct for releasing to the outside a cooling air which is used to cool an engine and a muffler, and a generator duct for releasing to the outside a cooling air which is used to cool a generator. The engine duct and the generator duct can be formed in one body as an exhaust duct. The muffler and the generator can be laterally aligned in parallel with each other, and the engine duct and the generator duct can be located in a manner such that the directions of release of the cooling winds from the engine duct and the generator duct are parallel to each other. The exhaust duct can be located with the generator duct secured to a crankcase. An opening of the engine duct, and an opening of the generator duct can be laterally aligned with each other, and the opening of the generator duct can be positioned above the generator.
    • 发动机发电机可以具有用于向外部释放用于冷却发动机和消声器的冷却空气的发动机管道和用于向外部释放用于冷却发电机的冷却空气的发电机管道。 发动机管道和发电机管道可以在一个主体中形成为排气管道。 消声器和发电机可以彼此平行地侧向对准,并且发动机管道和发电机管道可以以这样的方式定位,使得来自发动机管道和发电机管道的冷却风的释放方向平行于 彼此。 排气管可以位于发电机管道固定在曲轴箱上。 发动机管道的开口和发电机管道的开口可以彼此横向对准,并且发电机管道的开口可以位于发电机上方。
    • 8. 发明授权
    • Engine generator
    • 发动机发电机
    • US07309927B2
    • 2007-12-18
    • US11315829
    • 2005-12-22
    • Takahide SugiyamaNaoto Mazuka
    • Takahide SugiyamaNaoto Mazuka
    • F02B63/04H02K7/18
    • F02B63/04F02B63/048
    • A framework of an engine generator can be made up of a front frame and a rear frame which can be made from aluminum die castings. Securing frames can be configured to removeably connect the opposing bottom edges of the front frame and the rear frame, on their both sides through bolts and nuts. Handles can be configured to removeably connect the opposing top edges of the front frame and the rear frame, on their both sides through bolts and nuts. The front frame and the rear frame can be formed integral with rib portions for mounting panels respectively, and handle mounting portions and respectively, for mounting the handles.
    • 发动机发电机的框架可以由可以由铝压铸件制成的前框架和后框架构成。 可以将固定框架配置成通过螺栓和螺母可拆卸地连接前框架和后框架的相对的底部边缘。 手柄可以被配置成通过螺栓和螺母可拆卸地连接前框架和后框架的相对的顶部边缘。 前框架和后框架可以分别与用于安装面板的肋部形成一体,并且分别用于安装手柄的手柄安装部分。
    • 9. 发明申请
    • Trench gate field effect devices
    • 沟槽门场效应器件
    • US20070114598A1
    • 2007-05-24
    • US10581664
    • 2004-12-03
    • Koji HottaSachiko KawajiTakahide SugiyamaMasanori Usui
    • Koji HottaSachiko KawajiTakahide SugiyamaMasanori Usui
    • H01L29/94H01L21/336
    • H01L29/7397H01L29/0619H01L29/0634H01L29/1095H01L29/7813
    • The present invention relates to a technique for reducing the on-voltage of the semiconductor device by increasing the concentration of minority carriers in the deep region (26) and the intermediate region (28). A semiconductor device according to the invention comprises an electrode, a top region (36) of a second conductivity type connected to the electrode, a deep region of the second conductivity type, and an intermediate region of a first conductivity type connected to the electrode. A portion of the intermediate region isolates the top region and the deep region. The semiconductor device further comprises a gate electrode (32) facing the portion of the intermediate region via an insulating layer. The portion facing the gate electrode isolates the top region and the deep region. The semiconductor device according to the invention further comprises a barrier region (40) that is formed within the intermediate region and/or the top region.
    • 本发明涉及通过增加深区域(26)和中间区域(28)中的少数载流子的浓度来降低半导体器件的导通电压的技术。 根据本发明的半导体器件包括电极,连接到电极的第二导电类型的顶部区域(36),第二导电类型的深区域和连接到电极的第一导电类型的中间区域。 中间区域的一部分隔离顶部区域和深部区域。 半导体器件还包括经由绝缘层面对中间区域的部分的栅电极(32)。 面对栅电极的部分隔离顶部区域和深部区域。 根据本发明的半导体器件还包括形成在中间区域和/或顶部区域内的阻挡区域(40)。
    • 10. 发明申请
    • Absorption chiller-heater
    • 吸收式冷水机
    • US20050188707A1
    • 2005-09-01
    • US10772465
    • 2004-02-06
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • F25B15/00F25B27/02F25B27/00F25B33/00
    • F25B27/02F25B15/00F25B2333/003Y02A30/274Y02P80/152
    • There is constructed a constitution including an exhaust heat fired regenerator constituting a heat source by exhaust heat from external machine generating the exhaust heat, a heat fluid flow path for making a fluid having the exhaust heat constituting the heat source or a fluid recovering the exhaust heat flow to the exhaust heat fired regenerator, flow path open/close device provided at the heat fluid flow path for controlling to make the heat fluid flow to the exhaust heat fired regenerator 1 and cut off the fluid therefrom by opening and closing the exhaust fluid flow path, first regenerator temperature detector for detecting temperature of the exhaust heat fired regenerator, a directly fired regenerator constituting a heat source by combustion heat of a burner, second regenerator temperature detector for detecting temperature of the directly fired regenerator, heat medium temperature detector for detecting temperature of a heat medium cooled or heated by an evaporator and controller for controlling to operate the flow path open/close device and the burner, in which a combustion amount of the burner can be increased and reduced and the controller controls to open and close the flow path open/close device and increase and reduce the combustion amount of the burner in accordance with the temperature of the heat medium detected by the heat medium temperature detector and a higher one of temperature of the temperature of the exhaust heat fired regenerator detected by the first regenerator temperature detector and the temperature of the directly fired regenerator detected by the second regenerator temperature detector.
    • 构成了包括由产生废热的外部机器排出的热量构成热源的废热再生器,构成具有构成热源的排气热的流体的流体流路,或回收排气热的流体 流到排气热再生器,流路开闭装置,其设置在热流体流路处,用于控制热流体流向废热再生器1,并通过打开和关闭排出流体流来切断流体 路径第一再生器温度检测器,用于检测排气热再生器的温度,通过燃烧器的燃烧热构成热源的直接燃烧的再生器,用于检测直接燃烧的再生器的温度的第二再生器温度检测器,用于检测的热介质温度检测器 通过蒸发器冷却或加热的热介质的温度和控制 用于控制操作流路打开/关闭装置和燃烧器,其中可以增加和减少燃烧器的燃烧量,并且控制器控制打开和关闭流路打开/关闭装置并增加和减少燃烧 根据由热介质温度检测器检测到的热介质的温度的燃烧器的量以及由第一再生器温度检测器检测的排气热再生器的温度的温度和直接燃烧的再生器的温度 由第二再生器温度检测器检测。