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    • 2. 发明授权
    • Variable cam phasing device
    • 可变凸轮定相装置
    • US5172661A
    • 1992-12-22
    • US854152
    • 1992-03-20
    • John E. BruneDarryl J. MuirJames K. Day
    • John E. BruneDarryl J. MuirJames K. Day
    • F01L1/344F16D3/10
    • F01L1/34406F16D3/10
    • A phase change device of the type wherein a phase change is effected between an input member and an output member in response to the axial movement of an advancing element interconnecting the input member and the output member, and wherein such axial movement is effected by retarding the rotation of a drum member engaged with the advancing element. A grooved thread is formed in the drum member, and a plurality of balls carried in slots formed in the output member are received in the thread and in helical grooves formed in the input member to effect the relative rotation between the input and output members as the balls advance axially along the thread in response to retardation of the drum member.
    • 一种相变装置,其中响应于将输入构件和输出构件相互连接的前进元件的轴向运动,在输入构件和输出构件之间进行相变,并且其中这种轴向运动是通过将 与推进元件接合的鼓构件的旋转。 在鼓构件中形成有开槽螺纹,并且形成在输出构件中的槽中承载的多个滚珠容纳在螺纹中并且形成在输入构件中的螺旋槽中,以实现输入和输出构件之间的相对旋转,如 响应于鼓构件的延迟,球沿着螺纹轴向前进。
    • 4. 发明申请
    • HIGH STIFFNESS LOW MASS ROCKER ARM
    • 高硬度低质量摇臂ARM
    • US20080236532A1
    • 2008-10-02
    • US12136175
    • 2008-06-10
    • Scott P. SmithBlaine R. LingenfelterJohn E. Brune
    • Scott P. SmithBlaine R. LingenfelterJohn E. Brune
    • F01L1/18
    • F01L1/185F01L1/18
    • A cam-follower rocker arm is provided comprising a flat single plate body containing an axle that extends perpendicular from the vertical wall area for making contact with a valve and a second pivot point axle. The pivot point for the cam-follower rocker arm may be located centrally or at the end of the cam-follower rocker arm that is opposite the cam-follower rocker arm valve arm. An external cam-follower bearing is mounted on the axle and extends on each side of the flat plate wall. The cam-follower rocker arm of the invention is characterized by a relatively reduced mass and has a stiffness that exceeds limits achieved by known prior art designs for an overhead cam and cam-follower valve train; the gain in stiffness being attributed to the body's flat plate cross-section relative to conventional prior art cam-follower rocker arms that have a U-shape or a dual wall cross-section.
    • 凸轮从动摇臂设置成包括平坦的单板主体,其包含垂直于垂直壁区域延伸的轴,用于与阀和第二枢轴点轴接触。 凸轮从动摇臂的枢转点可位于与凸轮从动摇臂阀臂相对的凸轮从动摇臂的中心或末端。 外部凸轮从动轴承安装在轴上并在平板壁的每一侧延伸。 本发明的凸轮从动摇臂的特征在于相对减小的质量并且具有超过用于顶置凸轮和凸轮从动阀系的已知现有技术设计实现的限制的刚度; 相对于具有U形或双壁横截面的常规现有技术的凸轮从动摇臂,刚度的增益归因于主体的平板横截面。
    • 5. 发明申请
    • HIGH STIFFNESS LOW MASS ROCKER ARM
    • 高硬度低质量摇臂ARM
    • US20070221152A1
    • 2007-09-27
    • US11668726
    • 2007-01-30
    • Scott P. SmithBlaine R. LingenfelterJohn E. Brune
    • Scott P. SmithBlaine R. LingenfelterJohn E. Brune
    • F01L1/18
    • F01L1/181F01L1/185
    • A rocker arm is provided that includes a body which is comprised of a single vertical wall having an I-shape cross section and an axle that extends perpendicular from the vertical wall area for making contact with a valve and a pivot point. The pivot point for the rocker arm may be located centrally or at the end of the rocker arm that is opposite the rocker arm valve arm. An external cam follower bearing is mounted on the axle on each side of a single vertical wall. The rocker arm of the invention is characterized by a relatively reduced mass and has a stiffness that exceeds limits achieved by known prior art designs for an overhead cam and cam follower valve train; the gain in stiffness being attributed to the body's I-shape cross-section relative to conventional prior art rocker arms having a U-shape or dual vertical wall cross-section.
    • 提供了一种摇臂,其包括由具有I形横截面的单个垂直壁和从垂直壁区域垂直延伸以与阀和枢转点接触的轴线的主体。 摇臂的枢转点可位于与摇臂阀臂相对的摇臂的中心或端部。 外部凸轮从动轴承安装在单个垂直壁每侧的轴上。 本发明的摇臂的特征在于相对减小的质量并且具有超过用于顶置凸轮和凸轮从动阀列的已知现有技术设计实现的限制的刚度; 相对于具有U形或双垂直壁横截面的常规现有技术的摇臂,刚度的增益归因于身体的I形横截面。