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    • 4. 发明申请
    • Intake manifold
    • 进气歧管
    • US20060191505A1
    • 2006-08-31
    • US11339703
    • 2006-01-26
    • Yukihiro DokoMakoto Fujimori
    • Yukihiro DokoMakoto Fujimori
    • F02M35/104
    • F02M35/112F02M35/10039F02M35/10222F02M35/10321F02M35/10347F02M35/1036F02M35/1045
    • An intake manifold including a collecting pipe and a plurality of branch pipes comprises a single gas intake port, a gas outlet port opening into each branch pipe, and a gas passage extending to be divided into more than one branch passages from the gas intake port to each gas outlet port. The gas passage is configured so that the branch passages are equal in pressure loss which will be generated between the gas inlet port and each gas outlet port, and the gas passage extends to be branched in stages from the gas inlet port to each gas outlet port, forming a tournament-form configuration which is symmetrical about the gas inlet port. The collecting pipe and each branch pipe are integrally molded of resin. The gas inlet port and the gas passage are provided in a projecting section integrally molded with the branch pipes.
    • 包括收集管和多个分支管的进气歧管包括单个进气口,通向每个分支管的气体出口以及从该进气口分成多于一个分支通道的气体通道, 每个出气口。 气体通道被构造成使得分支通道在气体入口和每个气体出口之间产生的压力损失相等,并且气体通道从气体入口到每个气体出口端延伸分段 形成关于气体入口对称的比赛形式配置。 收集管和每个支管由树脂一体模制。 气体入口和气体通道设置在与支管一体模制的突出部分中。
    • 5. 发明授权
    • Intake manifold
    • 进气歧管
    • US07305958B2
    • 2007-12-11
    • US11339703
    • 2006-01-26
    • Yukihiro DokoMakoto Fujimori
    • Yukihiro DokoMakoto Fujimori
    • F02M35/10F02B47/08
    • F02M35/112F02M35/10039F02M35/10222F02M35/10321F02M35/10347F02M35/1036F02M35/1045
    • An intake manifold including a collecting pipe and a plurality of branch pipes comprises a single gas intake port, a gas outlet port opening into each branch pipe, and a gas passage extending to be divided into more than one branch passages from the gas intake port to each gas outlet port. The gas passage is configured so that the branch passages are equal in pressure loss which will be generated between the gas inlet port and each gas outlet port, and the gas passage extends to be branched in stages from the gas inlet port to each gas outlet port, forming a tournament-form configuration which is symmetrical about the gas inlet port. The collecting pipe and each branch pipe are integrally molded of resin. The gas inlet port and the gas passage are provided in a projecting section integrally molded with the branch pipes.
    • 包括收集管和多个分支管的进气歧管包括单个进气口,通向每个分支管的气体出口以及从该进气口分成多于一个分支通道的气体通道, 每个出气口。 气体通道被构造成使得分支通道在气体入口和每个气体出口之间产生的压力损失相等,并且气体通道从气体入口到每个气体出口端延伸分段 形成关于气体入口对称的比赛形式配置。 收集管和每个支管由树脂一体模制。 气体入口和气体通道设置在与支管一体模制的突出部分中。
    • 6. 发明申请
    • BUTTERFLY VALVE TYPE THROTTLE VALVE OF INTERNAL COMBUSTION ENGINE
    • 内燃机的蝶阀类型节流阀
    • US20090020099A1
    • 2009-01-22
    • US11814405
    • 2006-01-23
    • Takashi BesshoMakoto FujimoriTakio SuzukiShigeru Suzuki
    • Takashi BesshoMakoto FujimoriTakio SuzukiShigeru Suzuki
    • F02D9/08
    • F16K1/228F02D9/1015F02D9/1045F16K1/2261
    • Provided is a butterfly valve-type throttle valve of an internal combustion engine capable of absorbing a dispersion in valve opening degree at closed positions to reduce a leakage of air by solving problems, for example, with a multi-arrayed variable intake valve device in which a plurality of throttle valves mounted on a single turning shaft are opened and closed, a dispersion in valve opening degree is liable to occur at the closed positions due to the mounting errors of the throttle valves on the turning shaft and, accordingly, it is difficult to reduce the leakage of air. A clearance closing member (12) is supported in a floating state along a peripheral edge of a valve body (11) and displaced or elastically deformed to eliminate or reduce a clearance between the clearance closing member and an inner wall surface (2a) of an intake passage.
    • 本发明提供一种内燃机的蝶阀式节流阀,其能够通过解决问题,在闭合位置吸收阀开度的分散,以减少空气的泄漏,例如通过多排可变进气门装置,其中 安装在单个转动轴上的多个节流阀被打开和关闭,由于转动轴上的节流阀的安装误差,在关闭位置容易发生阀开度的偏差,因此难以 以减少空气泄漏。 间隙关闭构件(12)沿着阀体(11)的周缘以浮动状态支撑并且移位或弹性变形以消除或减小间隙关闭构件与内壁表面(2a)之间的间隙 进气通道。