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    • 1. 发明授权
    • Boat propulsion system, control device thereof, and control method
    • 船推进系统,其控制装置和控制方法
    • US07892052B2
    • 2011-02-22
    • US12393114
    • 2009-02-26
    • Takayoshi SuzukiHideaki MatsushitaDaisuke NakamuraTsugunori Konakawa
    • Takayoshi SuzukiHideaki MatsushitaDaisuke NakamuraTsugunori Konakawa
    • B63H21/21
    • B63H23/08B63H21/213B63H23/30
    • A boat propulsion system includes a power source, a propulsion unit, a propeller rotational speed detection section, a shift mechanism, an actuator, a control lever, a shift position detection section, an accelerator opening detection section, and a control unit. When the control lever is operated such that a shift position is changed from a first shift position to a second shift position, while the absolute value of accelerator opening varying speed becomes equal to or larger than a predetermined value, the control unit enables the actuator to maintain the first shift position until the rotational speed of a propeller becomes equal to or lower than a predetermined rotational speed and then to change to the second shift position. This minimizes a load generated on the power source, the power transmission mechanism, and other components of the boat propulsion system.
    • 船舶推进系统包括动力源,推进单元,螺旋桨转速检测部分,换档机构,致动器,控制杆,换档位置检测部分,加速器开度检测部分和控制单元。 当控制杆被操作使得变速位置从第一变速位置改变到第二变速位置时,当加速器开度变化速度的绝对值变得等于或大于预定值时,控制单元使致动器能够 保持第一变速位置直到螺旋桨的转速变为等于或低于预定转速,然后变为第二变速位置。 这最小化在电源,动力传递机构和船推进系统的其他部件上产生的负载。
    • 7. 发明授权
    • Induction system for two cycle engine
    • 二冲程发动机感应系统
    • US5823150A
    • 1998-10-20
    • US200932
    • 1994-02-22
    • Tsugunori Konakawa
    • Tsugunori Konakawa
    • F01L3/20F02B33/04
    • F01L3/205
    • A number of embodiments of induction system arrangements for a two cycle crankcase compression internal combustion engine having reed valve assemblies comprised of a mounting portion that defines a flow passage and a first caging member that divides the flow passage into first and second sections. A second caging member is affixed to the first caging member and the means which affixes it also affix a first reed valve for valving a valved opening in the first caging member. The valved openings in the caging members are generally rectangular in configuration and have a cross-sectional flow area approximately equal to the cross-sectional flow area of the intake passage in which the reed valve assembly is positioned. At least a pair of generally circular induction passages serve each reed valve member and a variety of different types of throttle valve arrangements and injection patterns are disclosed.
    • 用于具有簧片阀组件的两循环曲轴箱压缩内燃机的感应系统装置的多个实施例包括限定流动通道的安装部分和将流动通道分成第一和第二部分的第一闭合部件。 第二笼式构件附接到第一笼式构件,并且固定它的装置还附加用于对第一笼式构件中的阀门开口进行阀门的第一簧片阀。 笼式构件中的有开口的形状通常为矩形,并且具有大致等于簧片阀组件所在的进气通道的横截面积面积的横截面流动面积。 至少一对通常为圆形的进气通道用于每个簧片阀构件,并且公开了各种不同类型的节气门装置和喷射模式。
    • 8. 发明授权
    • Outboard motor
    • 舷外马达
    • US08336517B2
    • 2012-12-25
    • US12548671
    • 2009-08-27
    • Tsugunori KonakawaYusuke Takahashi
    • Tsugunori KonakawaYusuke Takahashi
    • F02B77/04
    • F02B61/045B63H20/32F02B27/0215F02B27/0231F02M35/10039F02M35/10216F02M35/10301F02M35/168Y02T10/146
    • An outboard motor includes an engine, an engine cover, a partitioning member, an intake device, and a fan. The engine is arranged to support a crankshaft extending along an up-down direction. The partitioning member is arranged to partition the inside of the engine cover into a lower chamber accommodating the engine and an upper chamber. In the partitioning member, a communication hole which is arranged to cause the upper chamber to communicate with the lower chamber is provided. Also, the engine cover has an air inlet arranged to cause the upper chamber to communicate with the atmosphere, and an air outlet arranged to cause the lower chamber to communicate with the atmosphere. The air inlet is arranged in an upper portion of the engine cover. The air outlet is arranged at a lower end portion of the engine cover. The intake device is connected to the engine. The intake device has an air suction port arranged to communicate with the upper chamber. The fan is arranged inside the engine cover. The fan is arranged to send air inside the upper chamber into the lower chamber through the communication hole.
    • 舷外马达包括发动机,发动机盖,分隔构件,进气装置和风扇。 发动机被布置成支撑沿着上下方向延伸的曲轴。 分隔构件被布置成将发动机盖的内部分隔成容纳发动机的下腔室和上腔室。 在分隔构件中,设置有使上部室与下部室连通的连通孔。 而且,发动机盖具有设置成使上室与大气连通的空气入口,以及设置成使下室与大气连通的出气口。 空气入口设置在发动机盖的上部。 出风口布置在发动机盖的下端部。 进气装置连接到发动机。 进气装置具有布置成与上室连通的空气吸入口。 风扇布置在发动机盖内。 风扇布置成通过连通孔将上室内的空气送入下室。
    • 9. 发明授权
    • Boat propulsion system, and control device and control method therefor
    • 船舶推进系统及其控制装置及其控制方法
    • US08317556B2
    • 2012-11-27
    • US12389550
    • 2009-02-20
    • Takayoshi SuzukiHideaki MatsushitaDaisuke NakamuraTsugunori Konakawa
    • Takayoshi SuzukiHideaki MatsushitaDaisuke NakamuraTsugunori Konakawa
    • B63H21/21
    • B63H23/30B63H21/213B63H23/08
    • A boat propulsion system includes a power source, a propulsion section, a shift position switching mechanism arranged to switch among a first shift position, a second shift position, and a neutral position, a gear ratio switching mechanism, an actuator, and a control section. When switching is to be performed from the neutral position to the first shift position and the high-speed gear ratio, the control section is arranged to cause the actuator to, maintain the low-speed gear ratio, switch to the first shift position, and then establish the high-speed gear ratio when the current gear ratio of the gear ratio switching mechanism is the low-speed gear ratio, and cause the actuator to establish the low-speed gear ratio before switching to the first shift position, switch to the first shift position, and then establish the high-speed gear ratio when the current gear ratio of the gear ratio switching mechanism is the high-speed gear ratio. This arrangement improves the durability of a power source and a power transmission mechanism in a boat propulsion system including an electronically controlled shift mechanism.
    • 船舶推进系统包括动力源,推进部分,布置成在第一换档位置,第二换档位置和中立位置之间切换的换挡位置切换机构,齿轮比切换机构,致动器和控制部分 。 当从中立位置到第一换挡位置和高速齿轮比进行切换时,控制部被配置为使致动器保持低速齿轮比切换到第一档位, 然后在齿轮比切换机构的当前齿轮比为低速齿轮比时建立高速齿轮比,并使致动器在切换到第一档位前建立低速齿轮比,切换到 首先换档位置,然后当齿轮比切换机构的当前齿轮比为高速齿轮比时,建立高速齿轮比。 这种布置提高了包括电子控制的换档机构的船舶推进系统中的动力源和动力传递机构的耐久性。
    • 10. 发明授权
    • Exhaust device for outboard motor multi-cylinder engine
    • 舷外马达多缸发动机排气装置
    • US08113893B2
    • 2012-02-14
    • US12503247
    • 2009-07-15
    • Tsugunori KonakawaYusuke Takahashi
    • Tsugunori KonakawaYusuke Takahashi
    • F01N3/28F01N13/00
    • F01N3/02F01N3/10F01N2260/06F01N2260/14Y02T10/20
    • An exhaust device for an outboard motor multi-cylinder engine includes an exhaust passage having a first end connected to the multi-cylinder engine, a catalyst provided in the exhaust passage, and an exhaust chamber connected to a second end of the exhaust passage as well as to a main exhaust passage positioned below the engine. The exhaust passage includes upstream portions for cylinders which have inlet ends respectively connected to exhaust gas outlets of a plurality of cylinders whose exhaust valve opening periods are different, a collecting portion arranged to connect the outlet ends of these upstream portions to each other, and a plurality of downstream portions which are branched from the collecting portion and connected commonly to the exhaust chamber. The catalyst is provided in each of the plurality of downstream portions.
    • 用于舷外马达多缸发动机的排气装置包括排气通道,其具有连接到多缸发动机的第一端,设置在排气通道中的催化剂以及连接到排气通道的第二端的排气室 关于位于发动机下方的主排气通道。 排气通道包括用于气缸的上游部分,其具有分别连接到排气阀打开周期不同的多个气缸的排气出口的入口端,用于将这些上游部分的出口端彼此连接的收集部分, 多个下游部分,其从收集部分分支并且共同连接到排气室。 催化剂设置在多个下游部分的每一个中。