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    • 1. 发明授权
    • Air intake device for engine
    • 发动机进气装置
    • US07185630B2
    • 2007-03-06
    • US10714759
    • 2003-11-17
    • Masanori TakahashiKatsumi Ochiai
    • Masanori TakahashiKatsumi Ochiai
    • F02D41/00F02D1/00
    • F02M35/10032F02B61/045F02D9/10F02D11/04F02D11/105F02D2009/0254F02M35/10216F02M35/116F02M35/167
    • An engine includes a throttling device configured for both mechanical and electrical control. For example, the throttling device can include a throttle cable connection assembly configured to allow a throttle valve shaft of the throttling device to be controlled by movement of throttle cables and an electronic control section configured to allow the throttle valve to be moved by an electronic actuator. The throttling device can include a connector member configured to selectively engage and disengage the mechanical control section from the throttle valve shaft so as to allow the electrical control section to adjust the throttle valve shaft without resistance from the mechanical control section. The engine can also include a switch for indicating to an electronic controller whether or not the mechanical control section is engaged with a throttle valve shaft.
    • 发动机包括配置用于机械和电气控制的节流装置。 例如,节流装置可以包括节气门缆线连接组件,该节气门缆线连接组件被配置成允许节流装置的运动来控制节流装置的节流阀轴;以及电子控制部分,其配置成允许节流阀由电子执行器 。 节流装置可以包括连接器构件,其被构造成选择性地将机械控制部分与节气门轴接合和分离,以便允许电控制部分在没有来自机械控制部分的阻力的情况下调节节气门轴。 发动机还可以包括用于向电子控制器指示机械控制部分是否与节气门轴接合的开关。
    • 2. 发明授权
    • Shift device for marine transmission
    • 船用传动装置
    • US06905382B2
    • 2005-06-14
    • US10689343
    • 2003-10-20
    • Katsumi OchiaiMasanori Takahashi
    • Katsumi OchiaiMasanori Takahashi
    • B63H20/20B63H21/22B63H23/08B60K41/00
    • B63H21/21B63H20/20B63H21/22B63H23/08Y10T74/2003Y10T477/675
    • A marine drive has a propulsion device. A transmission is coupled with the propulsion device. A shift mechanism moves the transmission between a first position in which the propulsion device is set to a first mode and a second position in which the propulsion device is set to a second mode. The shift mechanism has a shift unit movable between a first shift position and a second shift position. The transmission moves to the first position while the shift unit moves toward the first shift position, and moves to the second position while the shift unit moves toward the second shift position. An electrically operable shift actuator is supported by the drive body. The shift actuator has an actuating member that preferably is detachably coupled with the shift unit.
    • 船用驱动装置具有推进装置。 传动装置与推进装置连接。 换档机构将推进装置的第一位置与第一模式之间的传动与将推进装置设定为第二模式的第二位置进行移动。 换档机构具有可在第一换档位置和第二换档位置之间移动的换档单元。 当变速单元向第一变速位置移动时,变速器移动到第一位置,并且当变速单元朝向第二变速位置移动时,变速器移动到第二位置。 电动操作的换档致动器由驱动体支撑。 换档致动器具有优选地与换档单元可拆卸地联接的致动构件。
    • 5. 发明授权
    • Four-cycle engine for outboard motor
    • 舷外电机四冲程发动机
    • US06752114B2
    • 2004-06-22
    • US10280432
    • 2002-10-24
    • Katsumi OchiaiGoichi KatayamaMasanori Takahashi
    • Katsumi OchiaiGoichi KatayamaMasanori Takahashi
    • F02M3510
    • F02M35/112F02B23/10F02B61/045F02M35/116F02M35/167Y02T10/125
    • A direct fuel injector is positioned to provide better fuel atomization within the combustion chamber. The direct fuel injector is disposed between an intake manifold and a cylinder head assembly thereby eliminating the need for additional fuel delivery conduits, thus decreasing the size of the engine and lowering the production costs of the outboard motor. The direct fuel injector position permits immediate air/fuel mixture adjustments allowing improved acceleration enrichment and lean stratified charge operation. The direct fuel injector position and routing of induction system components allows for compact placement of auxiliary components. The integrated direct fuel injector position enables the operator to enjoy compact engine design, improved engine performance and increased fuel efficiency.
    • 直接燃料喷射器定位成在燃烧室内提供更好的燃料雾化。 直接燃料喷射器设置在进气歧管和气缸盖组件之间,从而消除了额外的燃料输送管道的需要,从而减小了发动机的尺寸并降低了舷外马达的生产成本。 直接燃油喷射器位置允许立即进行空气/燃料混合物调整,从而改善加速浓缩和精简分层充气操作。 直接燃料喷射器位置和感应系统部件的布线允许辅助部件的紧凑放置。 集成的直接燃料喷射器位置使操作者能够享受紧凑的发动机设计,改善发动机性能和提高燃油效率。
    • 9. 发明授权
    • Outboard motor
    • 舷外马达
    • US07524223B2
    • 2009-04-28
    • US11586784
    • 2006-10-25
    • Katsumi OchiaiKoshiro Inaba
    • Katsumi OchiaiKoshiro Inaba
    • B63H21/10B63H21/38B63B35/73B63B13/00F02B61/04F02M35/16F01P3/20B63H21/32F01N7/00F01N7/12F01N1/08
    • F02B61/045B63H20/32
    • An outboard motor is provided that is capable of reliably separating water and air sucked in from an intake port and efficiently draining the separated water. The motor can comprise a cowling, a right-side intake port, a left-side intake port, first and second water separating portions, a communication port, and an engine compartment. The right-side intake port can be formed in a right side surface portion of an upper portion of the cowling. The left-side intake port can be formed in a left side surface portion of the upper portion of the cowling. The first water separating portion can have an intake passage communicating between the right-side intake port and the left-side intake port. The second water separating portion can communicate with the first water separating portion through the communication port, and the second water separating portion can communicate with the engine compartment.
    • 提供舷外马达,其能够可靠地分离从进气口吸入的水和空气并有效地排出分离的水。 电动机可以包括整流罩,右侧进气口,左侧进气口,第一和第二水分离部分,连通口和发动机室。 右侧进气口可以形成在整流罩的上部的右侧表面部分中。 左侧进气口可以形成在整流罩的上部的左侧表面部分中。 第一水分离部分可以具有在右侧进气口和左侧进气口之间连通的进气通道。 第二水分离部分可以通过连通口与第一水分离部分连通,第二水分离部分可以与发动机室连通。
    • 10. 发明申请
    • Outboard motor
    • 舷外马达
    • US20070093152A1
    • 2007-04-26
    • US11586784
    • 2006-10-25
    • Katsumi OchiaiKoshiro Inaba
    • Katsumi OchiaiKoshiro Inaba
    • F02B61/04
    • F02B61/045B63H20/32
    • An outboard motor is provided that is capable of reliably separating water and air sucked in from an intake port and efficiently draining the separated water. The motor can comprise a cowling, a right-side intake port, a left-side intake port, first and second water separating portions, a communication port, and an engine compartment. The right-side intake port can be formed in a right side surface portion of an upper portion of the cowling. The left-side intake port can be formed in a left side surface portion of the upper portion of the cowling. The first water separating portion can have an intake passage communicating between the right-side intake port and the left-side intake port. The second water separating portion can communicate with the first water separating portion through the communication port, and the second water separating portion can communicate with the engine compartment.
    • 提供舷外马达,其能够可靠地分离从进气口吸入的水和空气并有效地排出分离的水。 电动机可以包括整流罩,右侧进气口,左侧进气口,第一和第二水分离部分,连通口和发动机室。 右侧进气口可以形成在整流罩的上部的右侧表面部分中。 左侧进气口可以形成在整流罩的上部的左侧表面部分中。 第一水分离部分可以具有在右侧进气口和左侧进气口之间连通的进气通道。 第二水分离部分可以通过连通口与第一水分离部分连通,第二水分离部分可以与发动机室连通。