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    • 2. 发明申请
    • SPRING AND CABLE ASSEMBLY FOR NOISE ATTENUATION VALVE
    • 弹簧和电缆组件用于噪声衰减阀
    • WO2006036485A1
    • 2006-04-06
    • PCT/US2005/031853
    • 2005-09-08
    • ARVIN TECHNOLOGIES, INC.CALLAHAN, JosephARBUCKLE, IvanABRAM, Kwin
    • CALLAHAN, JosephARBUCKLE, IvanABRAM, Kwin
    • F16K1/22F16K47/00F01N1/16
    • F01N1/165F02D9/04F16K1/22F16K47/00
    • A preload mechanism (50) for a noise attenuation valve assembly takes up slack and clearance between valve components to reduce operational noises. The noise attenuation valve assembly includes a shaft (16) having first (20) and second (24) shaft ends, a flapper valve body (18) supported by the shaft (16), and an actuator (27) that drives the shaft (16) to rotate the flapper valve body (18) within an exhaust (14) component to attenuate noise. The preload mechanism includes a spring (56) and cable assembly having a first cable (52) connected to the first shaft end (20), a second cable (54) connected to the second shaft end (24), and a spring member (56) that is coupled to the first (52) and second (54) cables. The spring member (56) is biased to pull the first (52) and second (54) cables toward each other, which exerts a preload force on the shaft (16) to take up clearance and slack.
    • 用于噪声衰减阀组件的预加载机构(50)占用阀部件之间的松弛和间隙以减少操作噪声。 噪声衰减阀组件包括具有第一(20)和第二(24)轴端的轴(16),由轴(16)支撑的挡板阀体(18)以及驱动轴的致动器(27) 16)使挡板阀体(18)在排气(14)部件内旋转以衰减噪声。 预压机构包括弹簧(56)和电缆组件,其具有连接到第一轴端(20)的第一电缆(52),连接到第二轴端(24)的第二电缆(54)和弹簧构件 56)连接到第一(52)和第二(54)电缆。 弹簧构件(56)被偏压以将第一(52)和第二(54)电缆拉向彼此,其在轴(16)上施加预载力以占据间隙和松弛。
    • 8. 发明申请
    • MUFFLER ASSEMBLY AND METHOD FOR ASSEMBLING A MUFFLER
    • MUFFLER组装和组装MUFFLER的方法
    • WO2007040724A1
    • 2007-04-12
    • PCT/US2006/028123
    • 2006-07-20
    • ARVIN TECHNOLOGIES, INC.ARBUCKLE, IvanWILLATS, RobinCALLAHAN, Joseph E.MORALES, Anthony
    • ARBUCKLE, IvanWILLATS, RobinCALLAHAN, Joseph E.MORALES, Anthony
    • F01N7/18F01N1/02F01N1/04
    • F01N13/1872F01N1/02F01N1/04F01N13/1888F01N2470/06
    • A muffler assembly includes first and second muffler components (20,30) that are each formed as a single piece. The first muffler component (20) includes a first outlet pipe portion (22) , a first bypass pipe mount portion (26) , and a first resonator shell portion (24) . The second muffler component (30) includes a second output pipe portion (32) , a second bypass pipe mount portion (36) , and a second resonator shell portion (34) . The first and second muffler components (20,30) are positioned in an overlapping relationship such that respective portions are aligned with each other to form an outlet pipe (40) , a bypass pipe mount (44) , and a resonator shell (42) . A noise attenuation valve assembly (60) is also installed within the first and second muffler components (20,30) . The bypass pipe mount is positioned at a non-perpendicular orientation relative to the outlet pipe such that a bypass pipe having a straight end mount can be received within the bypass pipe mount to bypass the noise attenuation valve assembly.
    • 消声器组件包括第一和第二消声器部件(20,30),每个消声器部件均形成为单个部件。 第一消声器部件(20)包括第一出口管部(22),第一旁通管安装部(26)和第一谐振器壳部(24)。 第二消声器部件30包括第二输出管部32,第二旁通管安装部36和第二谐振器壳部34。 第一和第二消声器部件(20,30)以重叠关系定位,使得各部分彼此对准以形成出口管道(40),旁通管道安装件(44)和谐振器壳体(42) 。 噪声衰减阀组件(60)也安装在第一和第二消声器部件(20,30)内。 旁通管支架相对于出口管定位在非垂直取向,使得具有直端安装件的旁通管可以被容纳在旁通管道安装件内以绕过噪声衰减阀组件。