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    • 42. 发明授权
    • Mounting structure for engine cover
    • 发动机罩的安装结构
    • US07305962B2
    • 2007-12-11
    • US11091594
    • 2005-03-29
    • Haruhiko NonogakiItsuro MaedaYutaka OgasawaraTatsuo Suzuki
    • Haruhiko NonogakiItsuro MaedaYutaka OgasawaraTatsuo Suzuki
    • F02B67/06
    • F02F7/006F01M11/04
    • An engine cover mounting structure comprising an engine member and an engine cover, wherein a plurality of portions to be fixed to which fixing portions provided on the engine cover are mounted are provided so as to be situated below an upper surface of a cylinder head cover of the engine member. In addition, a positioning portion is provided on the engine cover. Then, in a state where a base fixing portion is mounted or temporarily mounted to a base portion to be fixed, while the other fixing portions are not mounted to the other portions to be fixed, when the engine cover revolves about the base fixing portion, so that the positioning portion is brought into abutment with a surface of the engine member, the fixing portions other than the base fixing portion are disposed at positions facing the portions to be fixed, respectively.
    • 一种发动机盖安装结构,包括发动机构件和发动机罩,其中安装有固定在所述发动机盖上的固定部分的多个部分被设置为位于所述发动机罩盖的气缸盖罩的上表面的下方 发动机构件。 此外,在发动机盖上设置有定位部。 然后,在基座固定部分安装或临时安装到待固定的基座部分的状态下,而其他固定部分未安装到待固定的其他部分的状态下,当发动机盖体围绕基座固定部分旋转时, 使得定位部分与发动机构件的表面邻接,除了基座固定部分之外的固定部分分别设置在面对固定部分的位置。
    • 43. 发明授权
    • Air intake apparatus
    • 进气装置
    • US07107959B2
    • 2006-09-19
    • US10438935
    • 2003-05-16
    • Hitoshi KinoTakahiro KomoriYutaka OgasawaraTomoyuki Sawatari
    • Hitoshi KinoTakahiro KomoriYutaka OgasawaraTomoyuki Sawatari
    • F02M35/03F02M35/10
    • F02M35/1216F02M35/02491F02M35/1266F02M35/1272F02M35/14
    • An air intake apparatus has an air intake port opening outside, and an air intake path communicating the air intake port with a combustion chamber of an engine. For suppressing noise getting out from the air intake port, with respect to walls partitioning the air intake path, an opening is provided at a part of said walls corresponding to an antinode region of resonance mode of standing wave in a full length of the intake path, or at a part of noise pressure level being high in the intake path. The opening is closed with a permeable member and a noise insulating wall is disposed outside the permeable member for suppressing emission of transmitting noise passing through the permeable member. member. Alternatively, a vibration control member for suppressing face-vibration of the permeable member and reducing radiant noise from the permeable member is provided instead of the noise insulating wall.
    • 进气装置具有在外部开口的进气口和将进气口与发动机的燃烧室连通的进气路径。 为了抑制从进气口排出的噪声,相对于分隔进气路径的壁,在对应于入口路径全长的驻波共振模式的波腹区域的一部分处设置有开口, ,或者在进气路径中的噪声压力水平的一部分处。 开口用可渗透构件封闭,并且隔音壁设置在渗透构件外部,用于抑制通过可渗透构件的发射噪声的发射。 会员。 或者,设置用于抑制可渗透构件的面振动并且降低来自可渗透构件的辐射噪声的振动控制构件来代替隔音壁。
    • 46. 发明授权
    • Automatic gain control circuit
    • 自动增益控制电路
    • US06512554B1
    • 2003-01-28
    • US09320255
    • 1999-05-26
    • Yutaka Ogasawara
    • Yutaka Ogasawara
    • H04N552
    • H04N5/4446H04N5/52
    • An automatic gain control circuit has a tuner for amplifying and IF signal according to an increase or decrease in AGC voltage and outputting it therefrom, first and second detectors for increasing a first control voltage and lowing a second control voltage, respectively, a selector switch for selecting either the first detector or the second detector as a destination to output the IF signal, and a voltage converting circuit for outputting the corresponding AGC voltage therefrom. When the IF signal is inputted to the second detector, the second control voltage is outputted to the tuner, whereas when the IF signal is inputted to the first detector, a voltage corresponding to an increase or decrease in the voltage corresponding to the difference between the maximum voltage outputted from the second detector and the first control voltage is outputted to the tuner.
    • 一种自动增益控制电路具有根据AGC电压的增减的放大调谐器和IF信号,并由其输出,分别用于增加第一控制电压和降低第二控制电压的第一和第二检测器, 选择第一检测器或第二检测器作为输出IF信号的目的地,以及用于从其输出相应的AGC电压的电压转换电路。 当IF信号输入到第二检测器时,第二控制电压被输出到调谐器,而当IF信号被输入到第一检测器时,对应于对应于第一检测器之间的差的电压的增加或减小的电压 从第二检测器输出的最大电压和第一控制电压被输出到调谐器。