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VIBRO-ISOLATING SUPPORT DEVICE OF FLUID SEALED TYPE

机译:流体密封型隔振装置

摘要

PURPOSE:To enable the embodiment of two types of vibration-proof characteristics selectively with a single bush by arranging a control means within a control hole for turning a valve means about the spindle thereof by the predetermined angle for controlling the continuity condition of a plurality of fluid chambers via the second orifice means, according to an instruction from the outside. CONSTITUTION:When a drive device 60 has turned a rod 54 in response to the running condition of a vehicle and the second orifice 58 has been shut off, a fluid moves between fluid chambers 40 and 40 via only the first orifice 46. In a bush 10 under control, vibration-proof characteristics are embodied on the basis of a flow passage sectional area and length set in the primary orifice 46. Also, when a communication hole 56 and a continuity hole 52 are located on the same axial center due to the turn of the rod 54 and the second orifice 58 is under a continuity condition, and a bush 10 has been applied with a force orthogonal with an axial direction, the motion of the fluid between the fluid chambers 40 appears mainly via the second orifice 58 and vibration-proof characteristics are embodied on the basis of said sectional area and length set in the second orifice 58.
机译:目的:为了通过单个衬套有选择地实现两种类型的防振特性,方法是在控制孔内布置一个控制装置,以使阀装置绕其主轴旋转预定角度,以控制多个阀的连续状态。根据来自外部的指令,通过第二孔口装置形成流体腔。构成:当驱动装置60响应车辆的行驶状态而转动杆54,并且第二孔口58已关闭时,流体仅通过第一孔口46在流体腔室40和40之间移动。如图10所示,在主节流孔46中设定的流路截面积和长度的基础上,体现了防振特性。此外,由于连通孔56和连通孔52位于相同的轴向中心,因此,防振特性得以体现。杆54和第二孔口58的转动处于连续状态,并且已经向衬套10施加了与轴向正交的力,流体腔40之间的流体运动主要通过第二孔口58和第二孔口58出现。基于在第二孔口58中设定的所述截面积和长度来体现防振特性。

著录项

  • 公开/公告号JPS63176843A

    专利类型

  • 公开/公告日1988-07-21

    原文格式PDF

  • 申请/专利权人 TOKAI RUBBER IND LTD;

    申请/专利号JP19870006924

  • 发明设计人 KANDA RYOJI;KAINUMA KENICHI;

    申请日1987-01-13

  • 分类号F16F13/00;B60G7/00;B60K5/12;F16F13/14;F16F13/28;

  • 国家 JP

  • 入库时间 2022-08-22 07:06:05

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