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    • 22. 发明授权
    • Fluid filled elastomeric damping device
    • 流体填充弹性阻尼装置
    • US5076550A
    • 1991-12-31
    • US623001
    • 1990-12-06
    • Akihiro MayamaMasaru Takeda
    • Akihiro MayamaMasaru Takeda
    • B60K5/12F16F13/10F16F13/14F16F13/26F16F13/28
    • F16F13/28
    • A fluid filled elastomeric damping device has a diaphragm enclosing a working chamber and a diaphragm restraining mechanism for selectively restraining and freeing movement of the diaphragm and thereby varying a damping or operational characteristic of the device. The mechanism includes a pressing plate for pressing a blocking portion of the diaphragm against a seating surface of an outer casing member under a bias of a blocking force generating member and thereby rigidly closing a compensation passage communicating with the working chamber. The diaphragm is restrained in movement by the pressing plate when the solenoid is de-energized and freed in movement when the solenoid is energized.
    • 流体填充的弹性体阻尼装置具有包围工作室的隔膜和用于选择性地约束和释放隔膜移动并由此改变装置的阻尼或操作特性的隔膜限制机构。 该机构包括用于在隔离力产生构件的偏压下将隔膜的阻挡部分压靠在外壳构件的就座表面上并由此刚性地闭合与工作室连通的补偿通道的按压板。 当螺线管断电时,隔膜受到压板的限制,当螺线管通电时,隔膜被移动。
    • 23. 发明授权
    • Power unit mounting device
    • 动力装置安装装置
    • US4884789A
    • 1989-12-05
    • US290298
    • 1988-12-27
    • Masaru TakedaToshiyuki Tabata
    • Masaru TakedaToshiyuki Tabata
    • F16F13/00F16F13/14
    • F16F13/14
    • Disclosed herein is a fluid-filled mounting device which comprises an inner cylindrical member; an outer cylindrical case surrounding the inner cylindrical member; a cylindrical elastomer block disposed between the inner cylindrical member and the outer cylindrical case; a structure defining in the elastomer block a main recess; a structure defining in the elastomer block a deformable chamber at a portion diametrically opposite to the portion where the main recess is defined, the deformable chamber having an outer wall which includes first and second diaphragms, the first diaphragm having a spring constant different from that of the second diaphragm; an annular hollow structure disposed about the elastomer block in a manner to cover the main recess and the first and second diaphragms, thereby to define a main fluid chamber by the main recess, a first auxiliary fluid chamber by the first diaphragm and the annular hollow structure and a second auxiliary fluid chamber by the second diaphragm and the annular hollow structure; a first flow restricting path defined by the annular hollow structure for fluid communication between the main fluid chamber and the first auxiliary fluid chamber; and a second flow restricting path defined by the annular hollow structure for fluid communication between the main fluid chamber and the second auxiliary fluid chamber.
    • 本文公开了一种流体填充的安装装置,其包括内圆柱形构件; 围绕内圆柱形构件的外圆柱形壳体; 设置在所述内圆柱形构件和所述外圆柱形壳体之间的圆柱形弹性体块; 在所述弹性体中限定的结构为主凹部; 在所述弹性体中限定出与所述主凹部的径向相反的部分处的可变形室,所述可变形室具有包括第一和第二隔膜的外壁,所述第一隔膜的弹簧常数不同于 第二个隔膜; 环形中空结构,以覆盖主凹部和第一和第二隔膜的方式设置在弹性体块周围,由此通过主凹部限定主流体室,通过第一隔膜的第一辅助流体室和环形中空结构 以及由所述第二隔膜和所述环形中空结构构成的第二辅助流体室; 由所述环形中空结构限定的用于主流体室和第一辅助流体室之间的流体连通的第一流动限制路径; 以及由所述环形中空结构限定的用于主流体室和第二辅助流体室之间的流体连通的第二流动限制路径。
    • 25. 发明授权
    • Method for balancing a propeller shaft
    • 平衡传动轴的方法
    • US4724708A
    • 1988-02-16
    • US889612
    • 1986-07-28
    • Nobuhiko OkanoKiyoshi TaniyamaMasaru Takeda
    • Nobuhiko OkanoKiyoshi TaniyamaMasaru Takeda
    • B60K17/22F16D3/20F16D3/227F16F15/32G01M1/14G01M1/24
    • F16D3/227B60K17/22G01M1/24F16D2300/12Y10T464/50
    • This method is for balancing a propeller shaft which includes a slide type constant velocity joint which has an internal cavity for receiving lubricant. In the specified order: first, the slide type constant velocity joint is slid in to substantially the maximum amount possible therefor, so as to reduce its internal cavity to substantially its minimum volume; second, lubricant is packed into this internal cavity to a fill ratio of substantially 100%, while the constant velocity joint remains thus substantially fully slid in; and, third, while the constant velocity joint still remains thus substantially fully slid in, the propeller shaft is balanced. Thereby, unbalance of the propeller shaft due to the lubricant such as grease received in the internal cavity of the constant velocity joint becoming collected preferentially on one side of the internal cavity during the balancing process is positively prevented. Optionally, during the packing process and/or the balancing process the slide type constant velocity joint may be held by a clamp in its maximum slid in state.
    • 该方法用于平衡包括具有用于接收润滑剂的内部空间的滑动式等速万向节的传动轴。 按照规定的顺序:首先,将滑动型等速万向节滑动到基本上可能的最大量,以便将其内腔减小至基本上最小的体积; 第二,润滑剂被填充到该内腔中至大体上为100%的填充率,而等速万向节保持基本上完全滑入; 第三,等速万向节仍然保持基本完全滑入,传动轴是平衡的。 因此,积极地防止了由平滑过程中容纳在等速万向节的内腔中的润滑剂等润滑剂优先在内腔的一侧收集的传动轴的不平衡。 可选地,在包装过程和/或平衡过程期间,滑动式等速万向节可以由夹具保持在其最大滑动状态。